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INTEGRATED <strong>DNA</strong> TECHNOLOGIES<br />
THE CUSTOM BIOLOGY COMPANY<br />
PRODUCTS & SERVICES
THE CUSTOM BIOLOGY COMPANY
INTEGRATED <strong>DNA</strong> TECHNOLOGIES<br />
PRODUCTS & SERVICES 2011
<strong>Integrated</strong> <strong>DNA</strong> Technologies (IDT) was founded as a biotechnology research<br />
<strong>company</strong> in 1987 in Coralville, Iowa. Since <strong>the</strong>n, IDT has been a major force<br />
in advancing biological research, both as a leading supplier of <strong>custom</strong><br />
oligonucleotides and genes, and as a developer of innovative new technologies.<br />
IDT is <strong>the</strong> largest supplier of <strong>custom</strong> nucleic acids in <strong>the</strong> world. Scientists select<br />
IDT as <strong>the</strong>ir supplier of choice for quality, service, and price. IDT’s <strong>products</strong><br />
support a wide range of applications including <strong>DNA</strong> sequencing, <strong>DNA</strong><br />
amplification (PCR), expression profiling, microarray analysis, mutagenesis,<br />
SNP detection, gene quantification, and functional genomics. Over 77,000<br />
<strong>custom</strong>ers worldwide trust IDT for dependable <strong>products</strong> of <strong>the</strong> highest quality.<br />
ABOUT<br />
IDT<br />
IDT’s Coralville, Iowa facility<br />
IDT’s Commitment<br />
IDT continuously strives to bring <strong>custom</strong>ers <strong>the</strong> best in oligonucleotide syn<strong>the</strong>sis, quality control, and <strong>custom</strong>er<br />
service. IDT maintains strict methods and analysis to ensure that each and every product meets rigorous<br />
standards. Products released to market will be of <strong>the</strong> highest quality, produced on time, and supported by<br />
professional <strong>custom</strong>er service.<br />
3
Quality Guaranteed<br />
IDT has pioneered <strong>the</strong> use of high-throughput quality control (QC) methods and is <strong>the</strong> only oligonucleotide<br />
manufacturer that offers 100% QC and purity guarantees and provides QC documents<br />
online. Today, every oligo syn<strong>the</strong>sized at IDT undergoes QC by mass spectrometry. IDT also offers<br />
CE and analytical HPLC as a routine tool for additional QC on purified oligos. In addition to <strong>DNA</strong>,<br />
IDT has led <strong>the</strong> effort over <strong>the</strong> last decade to reduce <strong>the</strong> cost of high-quality <strong>custom</strong> RNA syn<strong>the</strong>sis.<br />
Through improvements to <strong>the</strong> traditional tBDMS chemistry and advances in instrumentation, IDT has<br />
achieved <strong>the</strong> highest coupling efficiency in <strong>the</strong> industry. Only at IDT are <strong>custom</strong>ers guaranteed <strong>the</strong><br />
very best in quality syn<strong>the</strong>sis with free mass spectrometry and CE traces on all purified oligos.<br />
IDT’s manufacturing facilities in Coralville, IA; San Diego, CA; and Leuven, Belgium are ISO 9001:2008<br />
certified. The Clinical and Commercial Manufacturing (CCM) suite within <strong>the</strong> Coralville facility also<br />
has ISO 13485:2003 certification and uses current good manufacturing practices (cGMP) of <strong>the</strong> FDA’s<br />
Quality System Regulation (QSR) 21 CFR Part 820 as guidance for manufacturing. ISO is <strong>the</strong> world’s<br />
largest developer and publisher of International Standards. The success in achieving certification<br />
reflects <strong>the</strong> strength of <strong>the</strong> <strong>company</strong>’s existing product quality procedures, as well as its clear commitment<br />
to <strong>the</strong> manufacturing excellence and <strong>the</strong> ongoing development of its quality management<br />
system. It also signifies <strong>the</strong> continuing commitment of IDT’s management to streng<strong>the</strong>n <strong>the</strong> <strong>company</strong>’s<br />
ability to identify and exceed <strong>the</strong> expectations of its <strong>custom</strong>ers.<br />
Locations<br />
ABOUT<br />
IDT<br />
Innovation, Ongoing Research, and Development<br />
In line with IDT’s mission to advance research in <strong>DNA</strong>-based technologies, <strong>the</strong> research staff at IDT<br />
combines expertise in syn<strong>the</strong>tic chemistry, biophysics, molecular <strong>biology</strong>, bioinformatics, and engineering.<br />
IDT specializes in <strong>the</strong> areas of gene silencing based on RNAi, shRNA and antisense technologies,<br />
transcription profiling, <strong>DNA</strong> sequencing, SNP detection, and <strong>DNA</strong> amplification. This expertise<br />
has led to research and development collaborations with many leading biotechnology companies<br />
and academic laboratories. For a list of papers published by IDT scientists, please visit <strong>the</strong> TechVault<br />
on <strong>the</strong> IDT website.<br />
4
Custom Oligonucleotide Syn<strong>the</strong>sis<br />
Custom <strong>DNA</strong> Syn<strong>the</strong>sis in Tubes<br />
Every oligo is deprotected and desalted to remove small molecule impurities. Desalted, <strong>custom</strong> syn<strong>the</strong>sized<br />
<strong>DNA</strong> oligos are shipped lyophilized or hydrated with LabReady Oligo Service. Oligos are<br />
quantitated twice by UV spectrophotometry to provide an accurate measure of yield. All oligos are<br />
quality control (QC) checked by mass spectrometry. Syn<strong>the</strong>sis scales up to 1 μmole are shipped <strong>the</strong><br />
next business day; 5 μmole and 10 μmole scales are shipped within 5 business days. Large-scale syn<strong>the</strong>sis<br />
up to 10 grams is also available and and can be shipped in 10-15 business days.<br />
CUSTOM<br />
OLIGOS<br />
Syn<strong>the</strong>sis Scale<br />
Length<br />
25 nmole 15-60 bases<br />
100 nmole 10-90 bases<br />
250 nmole 5-100 bases<br />
1 µmole 5-100 bases<br />
5 µmole 5-50 bases<br />
10 µmole 5-50 bases<br />
SameDay® Oligo Service<br />
For longer oligos, see<br />
Ultramers on p. 7<br />
Unmodified oligos between 15 and 45 bases are available for same-day shipping. SameDay oligos<br />
ordered online before <strong>the</strong> deadline will ship <strong>the</strong> same day for quickest delivery. Check <strong>the</strong> IDT website<br />
for order deadlines for your area. SameDay oligos have a 2 OD minimum guarantee (sufficient for<br />
>250 PCR reactions), are deprotected and desalted, and shipped lyophilized in tubes.<br />
LabReady Oligo Service<br />
For convenience, IDT offers LabReady oligo <strong>services</strong>. For a small charge, we will ship 25 nmole, 100<br />
nmole, or 250 nmole scale oligos in IDTE (1x TE buffer at pH 8.0) at a concentration of 100 μM.<br />
Customized Labels<br />
Customized labels are available as a replacement for <strong>the</strong> stock IDT label. Customers can easily sort<br />
and identify oligos by creating <strong>the</strong>ir own <strong>custom</strong>ized labels. Many different fields are available, including<br />
institution name, sequence, sequence name, date of syn<strong>the</strong>sis, and order number.<br />
5
Custom <strong>DNA</strong> Syn<strong>the</strong>sis in Plates<br />
Orders with 24 oligos or more can be packaged into 96-well plates and orders with 96 oligos or<br />
more can be packaged into 384-well plates. Plates can be delivered lyophilized, or resuspended in<br />
nuclease-free water or IDTE buffer. IDTE (1X TE buffer) is available at pH 7.5 or pH 8.0.<br />
Syn<strong>the</strong>sis Scale<br />
Length<br />
25 nmole Plate Oligo 15-80 bases<br />
100 nmole Plate Oligo 10-90 bases<br />
250 nmole Plate Oligo 5-100 bases<br />
1 µmole Plate Oligo 5-100 bases<br />
Plate Loading Options<br />
IDT offers numerous options for <strong>custom</strong>izing 96- and 384-well plates.<br />
• Oligos normalized to <strong>the</strong> same concentration or volume across <strong>the</strong> plate<br />
• Full syn<strong>the</strong>sis yield<br />
• Mixed, normalized oligos loaded in <strong>the</strong> same well<br />
• Normalized oligos in one plate with <strong>the</strong> remainder of <strong>the</strong> syn<strong>the</strong>sis yield shipped in a separate<br />
plate<br />
• Primer mix remainders can be shipped in two separate plates<br />
• Replicate 96-well and 384-well plates<br />
• Plates can be delivered lyophilized or at a pre-set volume in water or buffer<br />
−−<br />
IDTE (1X TE buffer) is available at pH 7.5 or pH 8.0<br />
−−<br />
Oligos shipped in water or buffer must ship on dry ice<br />
CUSTOM<br />
OLIGOS<br />
Plate Service 96-Well Plate 384-Well Plate<br />
Loaded with 100% syn<strong>the</strong>sis yield FREE FREE<br />
Loaded with fixed quantity FREE FREE<br />
Loaded with fixed quantity, remainder in plates Inquire Inquire<br />
Primer mix, with fixed amounts FREE FREE<br />
Primer mix, with remainder in plates Inquire Inquire<br />
Replicate plate Inquire Inquire<br />
Primer mix, Replicate plate Inquire Inquire<br />
HOTplates®<br />
For high-throughput labs, IDT offers a HOTplate expedited oligo syn<strong>the</strong>sis service. As with SameDay<br />
oligo service, IDT has brought <strong>the</strong> same focus on speed, quality, and service without compromise<br />
to <strong>the</strong> 96-well plate. Order online before <strong>the</strong> deadline and <strong>the</strong> entire 96-well plate will ship <strong>the</strong> next<br />
business day.<br />
This service is available for unmodified oligos from 15-60 bases with a minimum order of 48 oligos<br />
per plate. Oligos are normalized to 2-10 nmoles/well or full syn<strong>the</strong>sis yield and shipped in 300 μL V-<br />
bottom plates. Check <strong>the</strong> IDT website for order deadlines for your area.<br />
6
Ultramers<br />
IDT’s proprietary syn<strong>the</strong>sis systems and chemistries allow <strong>the</strong> high-fidelity syn<strong>the</strong>sis of very long<br />
oligos (up to 200 bases). Ultramers are suitable for demanding applications like cloning, shRNA,<br />
mutagenesis and gene construction and can save researchers a great deal of time and trouble<br />
through direct syn<strong>the</strong>sis of entire target fragments.<br />
Ultramers are delivered normalized and lyophilized in tubes or plates. Standard, desalted Ultramers<br />
ship within 2-4 business days. PAGE-purified Ultramers ship within 4-7 business days.<br />
Product Purification Guaranteed Yield<br />
4 nmole Ultramer <strong>DNA</strong> Oligo Standard Desalt 4 nmoles<br />
20 nmole Ultramer <strong>DNA</strong> Oligo Standard Desalt 20 nmoles<br />
PAGE Ultramer <strong>DNA</strong> Oligo PAGE Purification Inquire<br />
4 nmole Ultramer <strong>DNA</strong> Plate Oligo Standard Desalt 4 nmoles/well<br />
Custom RNA Syn<strong>the</strong>sis<br />
CUSTOM<br />
OLIGOS<br />
IDT has <strong>the</strong> expertise to deliver <strong>custom</strong>-syn<strong>the</strong>sized RNA with <strong>the</strong> yield and purity that meet <strong>the</strong><br />
demands of researchers today. RNA is shipped deprotected and desalted in 2-3 business days or deprotected<br />
and purified in 4-6 business days. Please inquire for turnaround on 5 µmole and 10 µmole<br />
RNA syn<strong>the</strong>sis. Large-scale syn<strong>the</strong>sis up to 10 grams is also available and can be shipped in 10-15<br />
business days.<br />
Scale and Lengths for Custom RNA<br />
Syn<strong>the</strong>sis Scale<br />
Available Lengths<br />
100 nmole 10-50 bases<br />
250 nmole 5-50 bases<br />
1 µmole 5-50 bases<br />
5 µmole 5-50 bases<br />
10 µmole 5-50 bases<br />
2’-O-methyl RNA<br />
2’-O-methyl RNA is a useful RNA analog that is resistant to degradation by single-stranded ribonucleases.<br />
This modification is often used in antisense oligonucleotides to provide nuclease resistance or in<br />
siRNAs where it can provide both nuclease resistance and prevent immune stimulation.<br />
7
Modifications<br />
A wide variety of modifications are available for addition to oligonucleotides. These include attachment<br />
chemistry and linkers, fluorophores, quenchers, spacers, and modified bases. For a complete<br />
list of modifications available at IDT, or for additional information on any of <strong>the</strong>se modifications,<br />
please visit <strong>the</strong> website at www.idtdna.com.<br />
Modification 5’ Internal 3’ <strong>DNA</strong> RNA<br />
Attachment Chemistry/Linkers<br />
Adenylation /5rApp/ x x • x<br />
Amino Modifier C12 /5AmMC12/ x x • •<br />
Amino Modifier /5AmMC6/ /iAmMC6T/ /3AmMO/ • •<br />
Biotin /5Biosg/ /iBiodT/ /3Bio/ • •<br />
Digoxigenin (NHS Ester) /5DigN/ /iDigN/ /3Dig_N/ • o<br />
Thiol Modifier S-S /5ThioMC6-D/ o /3ThioMC3-D/ • •<br />
Phosphorylation<br />
Phosphorylation /5Phos/ x /3Phos/ • •<br />
Modified Bases<br />
deoxyUridine /5deoxyU/ /ideoxyU/ /3deoxyU/ • •<br />
deoxyInosine /5deoxyI/ /ideoxyI/ /3deoxyI/ • •<br />
5-Methyl dC /5Me-dC/ /iMe-dC/ /3Me-dC/ • •<br />
2'-O-Methyl RNA Bases mA, mG, mC, mU mA, mG, mC, mU mA, mG, mC, mU • •<br />
Fluorophores<br />
6-FAM (Fluorescein) /56-FAM/ x /36-FAM/ • •<br />
Fluorescein dT /5FluorT/ /iFluorT/ /3FluorT/ • •<br />
TET /5TET/ x o • •<br />
HEX /5HEX/ x o • •<br />
JOE (NHS Ester) /56-JOEN/ o /3Joe_N/ • o<br />
MAX (NHS Ester) /5MAXN/ o /3MAX_N/ • •<br />
TYE 563 /5TYE563/ x /3TYE563/ • •<br />
Cy3 /5Cy3/ /iCy3/ /3Cy3Sp/ • •<br />
6-TAMRA (NHS Ester) /56-TAMN/ /i6-TAMN/ /36-TAMTSp/ • o<br />
ROX (NHS Ester) /56-ROXN/ o /3Rox_N/ • o<br />
TEX 615 /5TEX615/ x /3TEX615/ • •<br />
TYE 665 /5TYE665/ x /3TYE665/ • •<br />
Cy5 /5Cy5/ /iCy5/ /3Cy5Sp/ • •<br />
TYE 705 /5TYE705/ x o • •<br />
Quenchers<br />
Iowa Black® FQ /5IAbFQ/ o /3IABkFQ/ • •<br />
Iowa Black® RQ /5IAbRQ/ o /3IAbRQSp/ • •<br />
Black Hole Quencher® 1 /5BHQ_1/ o /3BHQ_1/ • o<br />
Black Hole Quencher® 2 /5BHQ_2/ o /3BHQ_2/ • o<br />
Dabcyl /5Dab/ x /3Dab/ • •<br />
Spacers<br />
Spacer 18 /5Sp18/ /iSp18/ /3Sp18/ • •<br />
1',2'-Dideoxyribose (dSpacer) /5dSp/ /idSp/ /3dSp/ • •<br />
C3 Spacer /5SpC3/ /iSpC3/ /3SpC3/ • •<br />
• Available<br />
o Inquire<br />
x Not available<br />
MODIFICATIONS<br />
For a complete list and more information on all <strong>the</strong> modifications offered, please go to<br />
www.idtdna.com<br />
8
Oligonucleotide Purification<br />
For demanding applications such as multiplex PCR, cloning, mutagenesis, or antisense/RNAi methods,<br />
additional purification will significantly improve oligonucleotide performance. Every purified<br />
oligo up to 60 bases in length receives QC to document final purity. Purity and yield may vary due to<br />
oligo length, modifications, or sequence composition.<br />
PAGE Purification<br />
PAGE obtains extremely high purity, especially for unmodified oligos and Ultramers (see page 7).<br />
PAGE purification is strongly recommended for oligos >60 bases in length. For unmodified oligos,<br />
purity of >90% is guaranteed. PAGE purification is available at 100 nmole, 250 nmole, 1 µmole, 5<br />
µmole, and 10 µmole scales.<br />
HPLC Purification<br />
All HPLC methods, except Rapid HPLC, are available at 100 nmole, 250 nmole, 1 µmole, 5 µmole, and<br />
10 µmole scales. Purity may vary due to oligo length, modifications, or sequence composition.<br />
PURIFICATION<br />
Reverse-Phase HPLC is well suited to purify any modified or unmodified oligo sequence up to 60<br />
bases in length. For unmodified oligos, purity of >85% is guaranteed.<br />
Ion-exchange HPLC (IE-HPLC) is available to purify long <strong>DNA</strong> oligos. For unmodified oligos, purity of<br />
>85% is guaranteed.<br />
For <strong>the</strong> most demanding applications, IDT offers dual HPLC purification and dual PAGE and HPLC<br />
purification.<br />
RNase-Free HPLC purification is available for isolating RNA and <strong>DNA</strong> oligos which will be used in<br />
applications with a high sensitivity to ribonucleases. RNase-Free HPLC purification is carefully performed<br />
in an RNase-free environment; reagents, equipment, and lab surfaces are monitored for<br />
RNase contamination using <strong>the</strong> RNaseAlert system. Guaranteed yields are provided for purified, unmodified<br />
oligos from 20-50 bases in length.<br />
Rapid HPLC Purification<br />
IDT offers Rapid HPLC purification, which provides <strong>the</strong> fastest turnaround time available coupled with<br />
excellent quality. Rapid HPLC oligos are purified using <strong>the</strong> same equipment and protocols as standard<br />
HPLC purification. The resulting purity is routinely >85%. All oligos are quality control checked<br />
by mass spectrometry and <strong>the</strong> trace is available free on <strong>the</strong> IDT website.<br />
Rapid HPLC purification is available for oligos from 10-60 bases and is available at <strong>the</strong> 100 nmole or<br />
250 nmole scales. Oligos are shipped lyophilized in tubes and are available with 5’ Phosphorylation<br />
or 5’ Amino Modifier. Rapid HPLC oligos must be ordered online before <strong>the</strong> deadline and will ship <strong>the</strong><br />
next day for quickest delivery. Check <strong>the</strong> IDT website for order deadlines for your area.<br />
9
Custom Analytical Methods<br />
Mass Spectrometry<br />
All oligos syn<strong>the</strong>sized at IDT are analyzed by mass spectrometry. Matrix-Assisted Laser Desorption/<br />
Ionization-Time of Flight (MALDI-TOF) mass spectrometry is suitable for use in a high-throughput QC<br />
setting and can resolve oligonucleotides up to 50 bases in length (~15,000 Daltons). Electrospray<br />
Ionization (ESI) mass spectrometry can resolve longer oligonucleotides. All mass spec traces are available<br />
for free in <strong>custom</strong>er accounts on <strong>the</strong> IDT website. See <strong>the</strong> technical report, Mass Spectrometry<br />
Analysis of Oligonucleotide Syn<strong>the</strong>ses, on <strong>the</strong> IDT website for more information on this method.<br />
Capillary Electrophoresis<br />
Capillary Electrophoresis (CE) provides quantitative analysis of purity. Nanoliter samples of oligonucleotides<br />
are electrokinetically injected into a fused silica capillary filled with a denaturing gel under<br />
an electric potential. The oligonucleotides move through <strong>the</strong> gel matrix and are separated according<br />
to length. Absorbance at 260 nm is detected as <strong>the</strong> oligo passes through a window in <strong>the</strong> capillary.<br />
The resulting electropherogram provides <strong>the</strong> percent purity of <strong>the</strong> full length product as well as<br />
truncated <strong>products</strong>. See <strong>the</strong> technical report, Capillary Electrophoresis of Oligonucleotides, on <strong>the</strong> IDT<br />
website for more information on this method.<br />
CUSTOM<br />
ANALYSIS<br />
Channel A<br />
Channel A<br />
93263967<br />
Migration Time<br />
0.04<br />
0.04<br />
AU<br />
AU<br />
0.02<br />
0.02<br />
0.00<br />
47.542<br />
48.000<br />
48.688<br />
49.304<br />
20 30 40 50 60 70 80<br />
Minutes<br />
0.00<br />
Analytical HPLC<br />
HPLC is a universally accepted method of sample quality assessment. IDT production scientists use<br />
both Reverse-Phase and Ion-Exchange methods to assess product purity. These methods are employed<br />
on purified oligos where <strong>the</strong> composition is incompatible with CE technology.<br />
10
SciTools®<br />
IDT offers a number of free design and analysis tools in <strong>the</strong> online SciTools suite. The suite is comprised<br />
of tools for designing assay components as well as determining <strong>the</strong> properties of any sequence<br />
entered. Tools include OligoAnalyzer® (for analyzing oligonucleotide melting temperature,<br />
hairpins, dimers, and mismatches), <strong>the</strong> RealTime PCR design tool (design <strong>custom</strong> assays for qPCR experiments)<br />
and PrimerQuest® (design primers and probes for PCR and qPCR reactions). O<strong>the</strong>r design<br />
tools for life science researchers include:<br />
••<br />
Pre-designed DsiRNA – Pre-designed siRNA duplexes and TriFECTa® Kits<br />
••<br />
RNAi design – Design duplexed RNA oligos for RNA Interference experiments<br />
••<br />
454 FusionPrimers – Design primers for 454 Sequencing applications<br />
••<br />
UNAFold – Secondary structure prediction tool<br />
••<br />
DilutionCalc – Calculate volume needed to dilute down to a lower concentration<br />
••<br />
ResuspensionCalc - Calculate how much volume (µL) to resuspend a dry lyophilized oligo<br />
SCITOOLS<br />
OligoAnalyzer®<br />
OligoAnalyzer provides analysis of <strong>the</strong> physical properties of any oligo sequence. Users simply enter<br />
<strong>the</strong> sequence and initiate <strong>the</strong> calculations. The sequence can include standard and mixed bases, as<br />
well as <strong>DNA</strong>, RNA, methylated, locked, and phosphorothioated bases. The OligoAnalyzer will calculate<br />
<strong>the</strong> properties of <strong>the</strong> sequence including length, GC content, melting temperature range,<br />
molecular weight, extinction coefficient, and optical density (OD). From <strong>the</strong>re, users can run <strong>the</strong><br />
UNAFold program to measure <strong>the</strong> folding properties of <strong>the</strong> sequence and determine <strong>the</strong> likelihood<br />
of hairpin structure or self-dimer formation. The NCBI Blast icon within <strong>the</strong> program initiates a comparison<br />
between <strong>the</strong> sequence entered and sequences in <strong>the</strong> NCBI database and will calculate <strong>the</strong><br />
statistical significance of <strong>the</strong> matches.<br />
OligoAnalyzer accommodates<br />
• <strong>DNA</strong><br />
• RNA<br />
• Mixed bases<br />
• Methylated bases<br />
• Locked Nucleic Acids (LNA)<br />
• Phosphorothioated bases<br />
Provides analysis<br />
• Length<br />
• GC content<br />
• Melting temperature range<br />
• Molecular weight<br />
• Extinction coefficient<br />
• Optical density<br />
11
PrimerQuest®<br />
The PrimerQuest program designs primers<br />
and probes for PCR and qPCR reactions. To use<br />
PrimerQuest, users enter a sequence or RefSeq<br />
accession number and configure <strong>the</strong> primer/<br />
probe options to fit <strong>the</strong>ir specific reaction<br />
conditions. The program will <strong>the</strong>n provide options<br />
for sets of oligo primers and probes. Users<br />
select <strong>the</strong> set <strong>the</strong>y like best and can order<br />
directly from <strong>the</strong> design tool.<br />
Customizable parameters<br />
• Melting temperature<br />
• Length<br />
• GC content<br />
• Primer-dimer possibilities<br />
• PCR product size<br />
• Positional constraints<br />
SCITOOLS<br />
RealTime PCR Design Tool<br />
The highly flexible RealTime PCR Design Tool designs <strong>custom</strong> PrimeTime qPCR Assays and allows<br />
for complete control of design parameters. To use <strong>the</strong> RealTime PCR Design Tool, users enter Ref-<br />
Seq accession numbers or gene sequences and <strong>the</strong>n select <strong>the</strong> assay location, such as <strong>the</strong> entire<br />
coding region or specific exons. The tool will design multiple assays across different exons. Users<br />
<strong>the</strong>n select <strong>the</strong> set <strong>the</strong>y want to order. Prior to purchase, <strong>the</strong> tool provides <strong>the</strong> <strong>custom</strong>er with details<br />
about <strong>the</strong> assay that competitors have previously not divulged; <strong>the</strong>se include <strong>the</strong> primer and<br />
probe locations, amplicon length, melting temperature and, most importantly, actual primer and<br />
probe sequences.<br />
Customizable parameters<br />
• Melting temperature targets<br />
• Amplicon length<br />
• Key master mix ingredient<br />
concentrations<br />
12
cGMP Manufacturing<br />
IDT’s Clinical and Commercial Manufacturing (CCM) suite is a “facility within a facility” dedicated to<br />
<strong>the</strong> GMP manufacture of diagnostic oligos. The CCM suite specializes in servicing <strong>custom</strong>er relationships<br />
that feature <strong>custom</strong>er-defined product specifications and require <strong>custom</strong>er control over<br />
<strong>the</strong> manufacturing processes. The CCM suite parallels IDT’s proven research line which simplifies<br />
<strong>the</strong> transition of oligos and <strong>products</strong> from research to clinical applications.<br />
The CCM suite is ISO 13485:2003 certified, registered with <strong>the</strong> US Food & Drug Administration<br />
(FDA), and is a contract manufacturer for in vitro diagnostic devices (IVDs), analyte-specific reagents<br />
(ASRs) and nucleic acid tests (NATs). The CCM service includes dedicated ordering, production,<br />
final-fill, and shipping systems that meet <strong>the</strong> elevated quality standards required for <strong>the</strong><br />
product’s use in clinical or commercial applications.<br />
cGMP<br />
MANUFACTURING<br />
Benefits<br />
• GMP oligo manufacturing minimizes <strong>custom</strong>er regulatory and vendor auditing burdens<br />
• Transparent, <strong>custom</strong>er-defined and controlled manufacturing process<br />
• Flexible, <strong>custom</strong>er-defined ordering methods<br />
• Customer relationship managed by a single point of contact<br />
• Long-term pricing stability through supply agreements<br />
Customer Service<br />
13<br />
A dedicated CCM <strong>custom</strong>er representative will act as <strong>the</strong> single point of contact within IDT for all<br />
account management needs.<br />
• Representatives will serve as a project coordinator to ga<strong>the</strong>r and route all necessary information<br />
from product development through product consumption.<br />
• Orders will be placed directly with <strong>the</strong> representative and workflow verified with manufacturing<br />
for accuracy prior to production.<br />
• CCM pricing can be quoted per <strong>custom</strong>er-defined unit of measure (e.g., per nanomole, per<br />
aliquot, per kit, etc.).<br />
• In CCM “we will learn to speak your language” to facilitate and improve purchasing and<br />
inventory management. Examples of actual <strong>custom</strong>er supplied ordering units of measures:<br />
“X tests”, “X reactions”, “X tubes”.
Benefits of cGMP Manufacturing<br />
• Capability to provide 10 nmole to 1 gram final deliverable utilizing dedicated production<br />
equipment<br />
• Product stability programs as well as retain lot capability are also offered<br />
• Three syn<strong>the</strong>sis platforms to meet all scale and modification needs<br />
• Liquid handling robots, plate reading spectrophotometers and IDT exclusive dry down equipment<br />
are all designed to increase <strong>the</strong> throughput of oligos<br />
• Multiple HPLC purification methods are available including IE-HPLC, RP-HPLC, and both modern<br />
and traditional buffer and column systems<br />
• Equipment and Process Validations are transparent to <strong>the</strong> <strong>custom</strong>er and are often referenced<br />
in relevant Oligo Master Records (OMR)<br />
• Validated electronic batch record capability for each Manufacturing Lot (individual syn<strong>the</strong>ses,<br />
HPLC fractions, etc.)<br />
Finish and Fill<br />
IDT offers a full range of final-fill, labeling and OEM solutions with <strong>services</strong> including:<br />
• Customer-specified formulation<br />
• Custom packaging<br />
• OEM and kitting solutions<br />
• Third-party labeling<br />
• Plate packaging<br />
• Stability programs available<br />
• Functional QC<br />
cGMP<br />
MANUFACTURING<br />
Contact<br />
Our friendly and professional <strong>custom</strong>er service is ready to handle any questions you may have as you<br />
take your product from development to final delivery.<br />
For questions about <strong>the</strong> <strong>services</strong> we offer for clinical or commercial applications:<br />
• Email ccminfo@idtdna.com<br />
• Call +1-319-626-8400<br />
• Email your IDT sales representative<br />
14
Syn<strong>the</strong>tic Biology<br />
Custom Gene Syn<strong>the</strong>sis<br />
By ordering genes from IDT, researchers not only save money spent on reagents necessary for construction,<br />
cloning, and sequencing, but can also save time by outsourcing <strong>the</strong> manufacture of hardto-clone<br />
gene sequences, which often result in repeated failures. At IDT, all genes are constructed<br />
using Ultramers, <strong>the</strong> highest fidelity next generation syn<strong>the</strong>sis technology available (see page 7).<br />
Genes arrive in a plasmid cloning vector and are ready for use in a variety of applications. Sequence<br />
information is always secure and confidential at IDT. Non-disclosure agreements are available<br />
through IDT’s legal <strong>services</strong> upon request.<br />
Turnaround Time<br />
miniGENES (up to 400 bp) Genes (401-1500 bp) Genes (>1500 bp)<br />
4-8 business days 8-12 business days Inquire<br />
Turnaround time is dependent on gene length, complexity, and vector choice.<br />
SYNTHETIC<br />
BIOLOGY<br />
Cloning Vectors<br />
All genes, unless o<strong>the</strong>rwise specified, will be delivered in IDT’s proprietary cloning vector, pIDTSmart.<br />
This vector has been specifically engineered to remove most common restriction endonuclease<br />
cleaving sites and does not contain a promoter within <strong>the</strong> cloning region. If you require restriction<br />
sites or promoters for your application, it is important to include <strong>the</strong>se when ordering <strong>the</strong> gene of<br />
interest by appending <strong>the</strong> desired restriction sites or promoters to <strong>the</strong> ends of <strong>the</strong> desired gene<br />
sequence. The default version of pIDTSmart contains a kanamycin resistance cassette. An ampicillin<br />
version is also available upon request. IDT also offers a pIDTBlue vector that does contain restriction<br />
sites as well as T7 and T3 promoters. However, it is important to note that this is not an expression<br />
vector. Additional subcloning will be required for expression.<br />
Vector<br />
pIDTBlue<br />
Endogenous<br />
Enzymes<br />
Sequence<br />
# of<br />
Cuts<br />
ApaLI GTGCAC 2<br />
BspDI ATCGAT 1<br />
ClaI ATCGAT 1<br />
EagI CGGCCG 1<br />
PvuI CGATCG 3<br />
PvuII CAGCTG 2<br />
RsaI GTAC 2<br />
Comments<br />
Doesn't exist in<br />
≤ 400 version<br />
Restriction sites not present in plasmid<br />
Acc65I, AgeI, ApaI, AscI, Asp718I, AvaI, AvrII, BamHI,<br />
BglII, BmgBI, BstBI, DraII, Ecl136II, EcoRI, EcoRV,<br />
HindIII, HpaI, KpnI, MluI, NcoI, NdeI, NheI, NotI, NsiI,<br />
PacI, PaeR7I, PspOMI, PstI, SacI, SacII, SalI, SmaI,<br />
SnaBI, SpeI, SphI, TliI, TspMI, XbaI, XhoI, XmaI<br />
15
Vector<br />
pIDTSmart<br />
Endogenous<br />
Enzymes<br />
Sequence<br />
# of<br />
Cuts<br />
ApaL GGGCCC 1<br />
ApaLI GTGCAC 2<br />
BspDI ATCGAT 1<br />
ClaI ATCGAT 1<br />
DraII RGGNCCY 2<br />
NsiI ATGCAT 2<br />
PspOMI GGGCCC 1<br />
PvuI CGATCG 3<br />
RsaI GTAC 2<br />
SnaBI TACGTA 1<br />
Comments<br />
Doesn't exist in<br />
> 400 version<br />
or pIDTSmart-<br />
KAN<br />
Contains 1 in<br />
pIDTSmart-<br />
KAN<br />
Contains 2 in<br />
pIDTSmart-<br />
KAN<br />
Contains 2 in<br />
pIDTSmart-<br />
KAN<br />
Contains 1 in<br />
pIDTSmart-<br />
KAN<br />
Restriction sites not present in plasmid<br />
Doesn't exist in<br />
≤ 400 version<br />
Doesn't exist in<br />
> 400 version<br />
or pIDTSmart-<br />
KAN<br />
Acc65I, AgeI, ApaI, AscI, Asp718I, AvaI, AvrII, BamHI,<br />
BglII, BmgBI, BstBI, DraII, Ecl136II, EcoRI, EcoRV, HindIII,<br />
HpaI, KpnI, MluI, NcoI, NdeI, NheI, NotI, NsiI, PacI, PaeR7I,<br />
PspOMI, PstI, SacI, SacII, SalI, SmaI, SnaBI, SpeI, SphI, TliI,<br />
TspMI, XbaI, XhoI, XmaI<br />
SYNTHETIC<br />
BIOLOGY<br />
Custom Vector Requests<br />
IDT has <strong>the</strong> ability to subclone into almost any <strong>custom</strong>er-supplied vector. To start <strong>the</strong> process, go<br />
to IDT’s website and complete <strong>the</strong> Custom Vector Request Sheet or contact IDT Gene Support at<br />
genes@idtdna.com.<br />
16
Gene Expression<br />
PrimeTime® qPCR Assays and Probes<br />
IDT offers PrimeTime qPCR Assays and Probes designed for 5’ nuclease assays, <strong>the</strong> gold standard for<br />
quantitative gene expression studies.<br />
PrimeTime® qPCR Assays<br />
PrimeTime qPCR Assays consist of a forward primer, a reverse primer, and a hydrolysis probe delivered<br />
in a single tube. With <strong>the</strong> added capability of selecting from multiple dye-quencher combinations,<br />
primer-to-probe ratio, and qPCR design parameters, optimizing qPCR reactions is no longer<br />
complicated or expensive. PrimeTime qPCR Assays are offered in three different sizes to meet any<br />
qPCR experimental need. In addition, for <strong>the</strong> Standard and XL sizes, selection of dye-quencher combination<br />
and primer-to-probe ratio can be specified to meet unique experimental demands.<br />
Each Assay ships in 2 to 4 days from order placement. Each oligo undergoes 100% QC by mass spectrometry<br />
and all QC results are provided free of charge on <strong>the</strong> IDT website.<br />
GENE<br />
EXPRESSION<br />
Reactions<br />
(20 µL)<br />
PrimeTime® Mini qPCR Assay 100<br />
PrimeTime® Standard qPCR Assay 500<br />
PrimeTime® XL qPCR Assay 2500<br />
Estimated<br />
Ship Date<br />
2-4 business<br />
days<br />
2-4 business<br />
days<br />
2-4 business<br />
days<br />
1<br />
The primer-to-probe ratio may be specified by <strong>the</strong> <strong>custom</strong>er for Standard and XL Assays.<br />
Probe<br />
(nmoles)<br />
Primers<br />
(nmoles) 1<br />
0.5 1.0<br />
2.5 2.5-10<br />
12.5 12.5-50<br />
Available Dye and Quencher Combinations<br />
5' Dye 3' Quencher Mini Standard XL<br />
FAM ZEN/Iowa Black® FQ 2 • • •<br />
FAM TAMRA • •<br />
HEX Iowa Black® FQ • •<br />
TET Iowa Black® FQ • •<br />
Cy5 Iowa Black® RQ • •<br />
2<br />
ZEN/Iowa Black FQ is a double-quenched probe that provides superior performance to<br />
traditional dual-labeled probes.<br />
ZEN Double-Quenched Probes<br />
17<br />
IDT has developed a new internal ZEN quencher that enables <strong>the</strong> production<br />
of double-quenched probes with less background and increased<br />
signal. Double-quenched probes contain a 5’ FAM fluorophore, a 3’ IBFQ<br />
quencher, and an internal ZEN quencher. While traditional probes have<br />
around 20-30 bases between <strong>the</strong> fluorophore and <strong>the</strong> quencher, <strong>the</strong> internal<br />
ZEN quencher decreases <strong>the</strong> length to only 9 bases. This shortened<br />
distance, particularly when combined with <strong>the</strong> traditional 3’ end<br />
quencher, leads to extremely efficient quenching with significantly less<br />
background, and enables <strong>the</strong> use of much longer probes for designing<br />
AT-rich target regions. In addition to <strong>the</strong> greatly decreased background,<br />
<strong>the</strong> double-quenched probes also have consistently reduced Cq values<br />
and improved precision when compared to traditional probes. Use of <strong>the</strong><br />
double-quenched probes can allow users to experience both increased<br />
sensitivity and precision in <strong>the</strong>ir qPCR experiments.<br />
D<br />
D<br />
3’ Quencher Distance<br />
from Dye: 20-30bp<br />
3’ Quencher Distance<br />
from Dye: 20-30bp<br />
Z<br />
Q<br />
ZEN Distance from Dye: 9bp<br />
Q
PrimeTime® qPCR Probes<br />
PrimeTime qPCR Probes are available with a large selection of dye-quencher combinations. The<br />
prices and estimated turnaround time for <strong>the</strong>se probes will depend on <strong>the</strong> degree of complexity.<br />
Standard Level probes will ship in approximately 3-5 business days, while Complex Level probes will<br />
ship in approximately 4-6 days. The minimum guarantees are listed for probes that are 15-35 bases in<br />
length. Please inquire about yield for probes 36-45 bases in length.<br />
Standard Level<br />
Scale<br />
Minimum Guarantee<br />
100 nmole 10 nmoles<br />
250 nmole 25 nmoles<br />
1 µmole 50 nmoles<br />
5’ Reporter Dye(s) Quencher Family<br />
FAM<br />
HEX<br />
TET<br />
ZEN/Iowa Black® FQ 1<br />
Iowa Black® FQ<br />
TAMRA<br />
Black Hole Quencher®<br />
Iowa Black® FQ<br />
Black Hole Quencher®<br />
1<br />
ZEN/Iowa Black FQ is a double-quenched probe that<br />
provides superior performance compared to traditional duallabeled<br />
probes.<br />
Complex Level<br />
Scale<br />
Minimum Guarantee<br />
100 nmole 2 nmoles<br />
250 nmole 8 nmoles<br />
1 µmole 20 nmoles<br />
5’ Reporter Dye(s) Quencher Family<br />
FAM<br />
MAX (NHS ester)<br />
Cy3<br />
TEX 615<br />
Cy5<br />
TYE 563<br />
TYE 665<br />
JOE (NHS Ester)<br />
TAMRA (NHS Ester)<br />
ROX (NHS Ester)<br />
Texas Red-X (NHS Ester)<br />
TAMRA NHS Ester<br />
Iowa Black® FQ or RQ<br />
Black Hole Quencher®<br />
Iowa Black® FQ or RQ<br />
Black Hole Quencher®<br />
GENE<br />
EXPRESSION<br />
PrimeTime® Mini qPCR Probes<br />
The PrimeTime Mini qPCR probes are probes available on a small scale. The smaller scale and lower<br />
price make <strong>the</strong>m ideal for testing new probes, for screening <strong>the</strong> expression levels of many genes, or<br />
for testing <strong>the</strong> conversion to FAM/IBFQ and FAM/ZEN/IBFQ from o<strong>the</strong>r FAM-related quenchers. Mini<br />
probes are offered with a 5’ FAM and <strong>the</strong> option of a 3’ IBFQ quencher alone or in combination with<br />
<strong>the</strong> internal ZEN quencher. The delivery amount is 0.5 nmoles and <strong>the</strong> estimated turnaround time is<br />
3-5 days.<br />
PrimeTime® Performance Data<br />
<strong>Integrated</strong> <strong>DNA</strong> Technologies and Agilent<br />
Competitor A<br />
3 5<br />
A C T B S tandard C urve<br />
4 0<br />
T B P S tandard C urve<br />
3 0<br />
18S S tandard C urve<br />
3 5<br />
B 2M S tandard C urve<br />
3 0<br />
3 5<br />
2 5<br />
3 0<br />
C q Va lue<br />
2 5<br />
2 0<br />
C q Va lue<br />
3 0<br />
2 5<br />
C q Va lue<br />
2 0<br />
1 5<br />
C q Va lue<br />
2 5<br />
2 0<br />
1 5<br />
2 0<br />
1 0<br />
1 5<br />
1 0<br />
-2 .5 -2 -1 .5 -1 -0 .5 0 0 .5 1 1 .5 2 2 .5<br />
Log(S a mple A mount)<br />
1 5<br />
-2 .5 -1 .5 -0 .5 0 .5 1 .5 2 .5<br />
Log(S a mple A mount)<br />
5<br />
-2 .5 -2 -1 .5 -1 -0 .5 0 0 .5 1 1 .5 2<br />
Log(S a mple A mount)<br />
1 0<br />
-2 .5 -2 -1 .5 -1 -0 .5 0 0 .5<br />
Log(S a mple A mount)<br />
F luo r e sce nce (dR n)<br />
Agilent and IDT<br />
8 .5<br />
Competitor A<br />
7 .5<br />
6 .5<br />
5 .5<br />
4 .5<br />
3 .5<br />
2 .5<br />
1 .5<br />
0 .5<br />
-0 .5<br />
1 3 5 7 9 1 1 1 3 1 5 1 7 1 9 2 1 2 3 2 5 2 7 2 9 3 1 3 3 3 5 3 7 3 9<br />
C ycle s<br />
C t (dR n)<br />
Agilent and IDT<br />
Competitor A<br />
3 .3 5 5 *L O G - (X ) + 2 1 .6 2 , Eff. = 9 8 .6 , Rsq = 0.99<br />
3 .6 0 1 *L O G -(X ) + 2 3 .1 3 , Eff. = 8 9 .5 %, Rsq = 0.99<br />
3 2<br />
3 1<br />
3 0<br />
2 9<br />
2 8<br />
2 7<br />
2 6<br />
2 5<br />
2 4<br />
2 3<br />
2 2<br />
2 1<br />
2 0<br />
1 9<br />
1 8<br />
1 7<br />
1 6<br />
1 5<br />
1 4<br />
0 .0 1 0 .1 1 1 0<br />
I nitial Q uantity (nano gr am s)<br />
C a lc u la te d q P C R E ffi c ie n c y C o m p a ris o n ID T a n d<br />
A gile n t + ID T<br />
A gile n t P ro d u c ts vs . Competitor A<br />
C o mp e tito r A<br />
1 1 0 %<br />
1 0 4 %<br />
1 0 2 %<br />
1 0 3 %<br />
9 7 %<br />
9 9 %<br />
9 9 %<br />
9 7 % 9 9 %<br />
1 0 0 %<br />
9 5 %<br />
9 6 %<br />
9 3 %<br />
9 0 % 9 0 % 9 0 %<br />
9 0 % 9 1 %<br />
9 1 %<br />
9 0 %<br />
8 6 %<br />
A ssay Efficie ncy<br />
8 0 %<br />
7 0 %<br />
6 0 %<br />
5 0 %<br />
1 8 s A C TB B 2 M G A P D H G U S B H P R T P S G 8 TB P 8 Ta r ge t<br />
A ve r a ge<br />
Targe t G e ne<br />
B2M amplification plots and standard curve are shown along with efficiency comparison for assays across 8 targets. In <strong>the</strong> B2M assay <strong>the</strong><br />
Agilent/IDT assay resulted in 1.5x higher fluorescence and detected each standard 1-2 C q earlier than Competitor A. The standard curve efficiency<br />
values are higher for 7 of 8 Agilent/IDT assays and on average 8% higher. Note: 5 of <strong>the</strong> 8 Competitor A assays are at or below 90%<br />
efficiency.<br />
18
PrimeTime® Express qPCR Probes<br />
PrimeTime Express qPCR Probes allow researchers <strong>the</strong> opportunity to have <strong>the</strong>ir qPCR probes ship in<br />
just one working day! All oligos are HPLC purified and quality control checked by mass spectrometry.<br />
All Express orders will be shipped <strong>the</strong> day after <strong>the</strong> order is placed. Check <strong>the</strong> IDT website for order<br />
deadlines for your area. All Express Probes must be 18-35 bases and are shipped lyophilized with a<br />
minimum guarantee of 5 nmoles.<br />
Express Probes<br />
Scale<br />
Minimum Guarantee<br />
100 nmole 5 nmoles<br />
5’ Reporter Dye Quencher Family<br />
ZEN/Iowa Black® FQ *<br />
FAM<br />
Iowa Black®<br />
Black Hole Quencher® 1<br />
GENE<br />
EXPRESSION<br />
*ZEN/Iowa Black FQ is a double-quenched probe that provides superior performance<br />
over traditional dual-labeled probes.<br />
Molecular Beacons<br />
Molecular Beacons are a special class of dual-labeled probes having self-complementary ends<br />
that form a stem-loop structure (hairpin) in <strong>the</strong>ir native state. The hairpin forces <strong>the</strong> reporter and<br />
quencher into proximity so that <strong>the</strong> quencher absorbs <strong>the</strong> fluorescence emitted by <strong>the</strong> reporter.<br />
Upon hybridization to <strong>the</strong> target, reporter and quencher are separated and <strong>the</strong> Molecular Beacon<br />
emits fluorescence.<br />
Molecular Beacons are <strong>custom</strong> oligos (up to 45 bases in length) containing a reporter and quencher,<br />
and are HPLC purified. The turnaround time is 5-7 business days for standard Molecular Beacons.<br />
5’ 6-FAM TM<br />
Reporter<br />
Quencher<br />
3' Black Hole Quencher® 1<br />
3' Iowa Black® FQ<br />
3' Dabcyl<br />
5’ HEX TM 3’ Iowa Black® FQ<br />
5’ TET TM 3’ Iowa Black® FQ<br />
5’ TYE TM 563 3’ Iowa Black® RQ<br />
5’ TYE TM 665 3’ Iowa Black® RQ<br />
Syn<strong>the</strong>sis<br />
Scale<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
Minimum<br />
Guarantee<br />
10 nmoles<br />
40 nmoles<br />
10 nmoles<br />
40 nmoles<br />
10 nmoles<br />
40 nmoles<br />
10 nmoles<br />
40 nmoles<br />
10 nmoles<br />
40 nmoles<br />
5 nmoles<br />
20 nmoles<br />
5 nmoles<br />
20 nmoles<br />
19
Genotyping<br />
PrimeTime® Dual-Labeled LNA Probes<br />
Locked Nucleic Acids (LNAs) can be incorporated into dual-labeled probes to detect single nucleotide<br />
polymorphisms (SNPs). Since LNA bases significantly increase oligonucleotide Tm, LNA duallabeled<br />
probes (DLPs) are shorter than standard <strong>DNA</strong> DLPs. These probes offer an improved ability to<br />
distinguish mutations or SNPs. A <strong>DNA</strong> DLP typically has a ΔTm of ~5 o C between perfect match and<br />
mismatch hybridization. An LNA DLP can have a ΔTm of >15 o C, greatly increasing accuracy of allele<br />
discrimination by real-time PCR or o<strong>the</strong>r methods that use differential hybridization to distinguish<br />
polymorphisms.<br />
The <strong>custom</strong> oligo can be up to 25 bases in length and include up to 6 LNA base insertions, a reporter<br />
and a quencher. Dual-Labeled LNA probes are HPLC purified and turnaround time is 4-6 business days.<br />
Reporter<br />
Quencher<br />
3' Iowa Black® FQ<br />
5’ 6-FAM TM 3' Black Hole Quencher® 1<br />
3' Iowa Black® FQ<br />
5’ HEX TM 3' Black Hole Quencher® 1<br />
3’ Iowa Black® RQ<br />
5’ TYE TM 563<br />
3’ Black Hole Quencher® 2<br />
3’ Iowa Black® RQ<br />
5’ Cy3 TM 3’ Black Hole Quencher® 2<br />
3’ Iowa Black® RQ<br />
5’ TEX TM 615<br />
3’ Black Hole Quencher® 2<br />
3’ Iowa Black® RQ<br />
5’ TYE TM 665<br />
3’ Black Hole Quencher® 2<br />
3’ Iowa Black® RQ<br />
5’ Cy5 TM 3’ Black Hole Quencher® 2<br />
Syn<strong>the</strong>sis<br />
Scale<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
250 nmole<br />
1 µmole<br />
Minimum<br />
Guarantee<br />
8 nmoles<br />
20 nmoles<br />
8 nmoles<br />
20 nmoles<br />
8 nmoles<br />
20 nmoles<br />
8 nmoles<br />
20 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
4 nmoles<br />
10 nmoles<br />
GENOTYPING<br />
20
Next-Generation Sequencing<br />
In an exclusive agreement with 454 Life Sciences, a Roche Company, IDT is able to provide researchers<br />
with 454 Fusion Primer design software, <strong>custom</strong> primers for <strong>the</strong> Genome Sequencer FLX System,<br />
and Molecular Identifier (MID) tags for multiplexed library sequencing.<br />
454 Fusion Primers are required for a number of 454 Sequencing applications. These applications<br />
include “ultra-deep” amplicon sequencing for detection of low-frequency mutations, and <strong>the</strong> comprehensive<br />
identification and quantification of common and rare sequences within a population.<br />
These studies are easily initiated with 454 Fusion Primer design software to target individual exons or<br />
all exons from one or more genes.<br />
For more information on 454 Life Sciences' <strong>products</strong>, visit <strong>the</strong>ir website at www.454.com.<br />
454<br />
SEQUENCING<br />
SEQUENCING<br />
GS FLX Standard Fusion Primers<br />
GS FLX Fusion Primers consist of a 20-25 bp target-specific sequence (3’ end) and a 19 bp fixed sequence<br />
(Primer A or Primer B on <strong>the</strong> 5’ end).<br />
Amplicon sequencing projects use 454 Fusion Primers to incorporate specific identifying sequences<br />
into your gene-specific primers. This allows <strong>the</strong> process to proceed directly into emulsion PCR for<br />
sequencing and is often associated with Ultra-Deep sequencing applications.<br />
• The software enables an investigator to initiate <strong>the</strong> survey in one or more gene loci<br />
• 454 Fusion Primers are optimized across all workflow steps, not just <strong>the</strong> initial PCR<br />
• Users can create sequencing primers for large surveys as well as specific, focused projects<br />
GS FLX Titanium Fusion Primers<br />
GS FLX Titanium Fusion Primers have a 25 bp fixed sequence (Primer A or Primer B on <strong>the</strong> 5’ end) and<br />
an optional Multiplex Identifier (MID) sequence. This design allows for:<br />
• Longer amplicons to be sequenced<br />
• An increase in <strong>the</strong> number of reads per run<br />
• An improvement in read representation for bidirectional sequencing<br />
• More simplified choices for reagent kits and protocols<br />
Titanium Fusion Primers can also be used to sequence existing amplicon libraries that were created<br />
using Standard Fusion Primers. Roche highly recommends transitioning amplicon library designs to<br />
<strong>the</strong> new format to achieve optimal performance.<br />
GS FLX Titanium Rapid Library MID Adaptor Extended List<br />
Tagging multiple libraries with different MIDs allows <strong>the</strong>m to be amplified and sequenced toge<strong>the</strong>r<br />
in a single region of <strong>the</strong> PicoTiterPlate device. For <strong>custom</strong>ers that need more MIDs than <strong>the</strong> twelve<br />
supplied by 454 in <strong>the</strong> GS FLX Titanium Rapid Library MID Adaptors Kit, this Extended List provides<br />
additional sequences that have been optimized for MID applications.<br />
Each MID sequence contains at least 4 changes (insertion, deletion, or substitution) to make it unique<br />
from o<strong>the</strong>r members of 454’s original twelve and <strong>the</strong> Extended MID Set. This means that, for any of<br />
<strong>the</strong>se MIDs, it is possible to ei<strong>the</strong>r detect up to 2 errors and correct 1 error, or alternatively, detect 3<br />
errors and correct none.<br />
454 miRCat® and miRCat®-33 Adaptor Primers<br />
21<br />
454 Adaptor Primers are designed to convert <strong>the</strong> small RNA libraries generated by miRCat ligations<br />
(Set I) or by miRCat-33 ligations (Set II) into 454-compatible PCR libraries for deep sequencing. For<br />
more information on <strong>the</strong> miRCat® Kit, see page 24.
Gene Silencing<br />
DsiRNA – Dicer-substrate siRNAs<br />
Dicer-substrate siRNAs (DsiRNAs) are chemically syn<strong>the</strong>sized Dicer-substrate duplex RNAs that have<br />
increased potency in RNA interference compared to traditional siRNAs and were developed as a collaborative<br />
effort between John Rossi (Beckman Research Institute of <strong>the</strong> City of Hope) and IDT. Traditional<br />
21-mer siRNAs are designed to mimic Dicer <strong>products</strong> and <strong>the</strong>refore bypass interaction with <strong>the</strong><br />
enzyme Dicer. Dicer has been recently shown to be a component of RISC and involved with entry of<br />
<strong>the</strong> siRNA duplex into RISC. Dicer-substrate siRNAs are designed to be optimally processed by Dicer<br />
and show increased potency by engaging this natural processing pathway. Using this approach, sustained<br />
knockdown has been regularly achieved using sub-nanomolar concentrations. New design<br />
rules specific to DsiRNAs have been developed and are available only from IDT.<br />
DsiRNA Duplexes are available at 2 nmole, 10 nmole, and 40 nmole.<br />
A schematic model of <strong>the</strong> initial steps in<br />
<strong>the</strong> RNAi pathway after introduction of<br />
dsRNA into a cell. A) Dicer-substrate duplexes<br />
are bound and cleaved by Dicer,<br />
<strong>the</strong>n passed into <strong>the</strong> RISC assembly in<br />
a sequence-specific orientation. B) Syn<strong>the</strong>tic<br />
siRNAs (19-22mers) are bound by<br />
Dicer, and passed to RISC without any<br />
specific orientation.<br />
GENE<br />
SILENCING<br />
A graphical representation of <strong>the</strong><br />
Dicer-substrate duplex design. The<br />
Dicer activity (light green) is blocked<br />
by <strong>the</strong> two <strong>DNA</strong> bases on <strong>the</strong> 3’ end<br />
(red), and <strong>the</strong>refore consistently<br />
binds to <strong>the</strong> opposite 3’ end. It <strong>the</strong>n<br />
cleaves <strong>the</strong> 27mer in a unidirectional<br />
manner to produce a predictable<br />
21mer (blue).<br />
22
TriFECTa®<br />
IDT’s TriFECTa kit contains three Dicer-substrate siRNA duplexes that are specific for a single target<br />
gene. Duplexes are provided in individual tubes and can be used individually or pooled, if desired.<br />
Sequences are selected from a predesigned library of optimized siRNAs. The TriFECTa sequence<br />
library includes seven of <strong>the</strong> genomes in <strong>the</strong> RefSeq collection, including human, mouse, and<br />
rat. TriFECTa duplexes are selected using a rational design algorithm that integrates both traditional<br />
21-mer siRNA design rules as well as new 27-mer-specific criteria. Additionally, analysis is<br />
performed to ensure that <strong>the</strong> chosen sites do not target alternatively spliced exons and do not<br />
include known single nucleotide polymorphisms.<br />
IDT guarantees that at least two of <strong>the</strong> three Dicer-substrate duplexes in <strong>the</strong> TriFECTa kit will give<br />
at least 70% knockdown of <strong>the</strong> target mRNA*<br />
TriFECTa Kit Contents:<br />
• Three target-specific Dicer-substrate siRNA duplexes (2 nmoles each)<br />
• Fluorescent-labeled transfection control duplex: TYE 563 (1 nmole)<br />
• HPRT-S1 DS positive control duplex (1 nmole)<br />
• NC1, negative control duplex (1 nmole)<br />
• RNase-free duplex buffer (100 mM KAc/30 mM HEPES pH 7.5)<br />
GENE<br />
SILENCING<br />
* as measured by qPCR and when used at a 10 nM concentration, <strong>the</strong> fluorescent transfection control duplex indicates<br />
that >90% of <strong>the</strong> cells have been transfected, and <strong>the</strong> HPRT positive control works with <strong>the</strong> expected efficiency.<br />
TriFECTa® Kit Performance<br />
Relative mRNA Levels<br />
120<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
Dose Response Curves<br />
Control<br />
0.1 nM<br />
1 nM<br />
10 nM<br />
HPRT1 SSB STAT1 HNRPH1<br />
Target<br />
Figure 1. Transfection controls and dose optimization.<br />
(a) NIH3T3 cells were transfected with <strong>the</strong><br />
TriFECTa Cy3 transfection control duplex. Cells<br />
were washed and examined at 24h after transfection.<br />
Fluorescence and phase-contrast images are<br />
overlaid. Scale bar, 100 µm. (b) HeLa cells were<br />
transfected using TriFECTa duplexes specific for<br />
HPRT1, SSB, STAT1, and HNRPH1 at <strong>the</strong> concentrations<br />
indicated. Relative mRNA levels were measured<br />
using qRT-PCR at 24h post-transfection;<br />
data were normalized against an internal RPLP0<br />
control using <strong>the</strong> ‘DS scrambled neg’ duplex as<br />
baseline (100%). Con, control. (Nature Methods 3<br />
(2006), Application Note published online)<br />
23
miRNA<br />
miRNA StarFire® Labeling System<br />
StarFire is a proprietary labeling system for generating radiolabeled oligo probes for miRNA applications<br />
such as in situ hybridization, Sou<strong>the</strong>rn blotting, isoform detection, and more. The system<br />
generates labeled probes with 10-fold greater specific activity than traditional 5’-end labeling<br />
with polynucleotide kinase. It is based on 3’-end labeling with <strong>DNA</strong> polymerase. This labeling<br />
method is particularly appropriate for probes used to identify small regulatory RNA and analyze<br />
<strong>the</strong> expression of microRNA genes.<br />
Product<br />
miRNA StarFire® Complete Kit<br />
miRNA StarFire® Custom Probes<br />
miRNA Universal Template<br />
miRNA StarFire® Refill Kit<br />
Size<br />
Sufficient for 25 labeling reactions<br />
Up to 50 bases<br />
Sufficient for 300 labeling reactions<br />
Sufficient for 25 labeling reactions<br />
miRCat® Small RNA Cloning Kit<br />
Small RNA cloning using <strong>the</strong> miRCat Kit is based on <strong>the</strong> pre-activated, adenylated RNA linkering<br />
method that has been used successfully in many labs since its development in 2001. This method<br />
permits cloning from any RNA source in any species and is used primarily for miRNA discovery.<br />
The process consists of isolating miRNAs, attaching cloning linkers to <strong>the</strong> miRNAs, and amplifying<br />
and cloning miRNA+linker sequences.<br />
The miRCat Kit provides reagents sufficient for ten cloning experiments.<br />
miRNA<br />
PRODUCTS<br />
miRCat-33® Conversion Kit<br />
miRCat-33 is an adaptation of <strong>the</strong> miRCat Kit for <strong>the</strong> purpose of carrying out 5’ ligation-independent<br />
small RNA cloning. This kit uses <strong>the</strong> method of Pak and Fire (2007) and circumvents cloning<br />
problems created by non-standard 5’ ends.<br />
454 miRCat and miRCat-33 Adaptor Primers<br />
454 Adaptor Primers and miRCat-33 Adaptor Primers are designed to convert <strong>the</strong> small RNA libraries<br />
generated by miRCat ligations (Set I) or by miRCat-33 ligations (Set II) into 454-compatible PCR<br />
libraries for deep sequencing.<br />
24
Molecular Biology Reagents<br />
ReadyMade Primers, Random Hexamers and Nonamers<br />
IDT offers pre-stocked oligos for sample prep, sequencing, and gene expression analysis of common<br />
genes. Each primer contains 10 μg >95% pure product to ensure optimum performance. Identity<br />
is confirmed by mass spectrometry and purity is established by capillary electrophoresis. Because<br />
<strong>the</strong>se primers are pre-stocked, <strong>the</strong>y can be shipped as soon as <strong>the</strong>y are ordered and <strong>the</strong>refore provide<br />
a fast turnaround time. Examples of ReadyMade <strong>products</strong> include GAPDH primers, Oligo dT,<br />
random hexamers, and random nonamers. For <strong>the</strong> complete list of ReadyMade <strong>products</strong>, please visit<br />
<strong>the</strong> IDT website at www.idtdna.com.<br />
Nuclease-Free Buffers and Reagents<br />
REAGENTS<br />
While many researchers continue to store oligonucleotides in water, resuspension in a buffered solution<br />
such as TE is recommended. Any solution used to resuspend and store <strong>DNA</strong> or RNA should<br />
be nuclease-free. It is recommended that stock oligo solutions be made at high concentration and<br />
stored frozen. More dilute working solutions can be made from <strong>the</strong> stocks at intervals as needed.<br />
See <strong>the</strong> technical report, Oligonucleotide Yield, Resuspension, and Storage, on <strong>the</strong> IDT website for more<br />
information on this method.<br />
IDT offers a number of solutions for resuspension and dilution of oligos. Each lot is tested using our<br />
RNaseAlert and DNaseAlert reagents and is guaranteed to be nuclease-free. The water is DEPCfree.<br />
Individual lots are screened for endotoxins using a Limulis Amebocyte Lysate (LAL) assay.<br />
IDTE (10 mM Tris, pH 7.5 or 8.0, 0.1 mM EDTA)<br />
IDTE is a 1X TE buffer for initial resuspension and storage of <strong>DNA</strong> oligos. IDTE pH 7.5 and pH 8.0 are<br />
both available in 1 L, 10 x 2 mL, 300 mL, or 4 x 1 L sizes.<br />
Nuclease Decontamination Solution<br />
A variety of nucleases are employed in routine molecular <strong>biology</strong> methods and can accidentally<br />
contaminate lab surfaces and equipment at very high levels. Nuclease Decontamination Solution<br />
irreversibly inactivates nucleases and can be applied to most lab surfaces to remove nuclease contamination.<br />
Just spray, rinse, and let dry. Nuclease Decontamination Solution eliminates <strong>the</strong> need to<br />
bake glassware and can be applied to plastic surfaces that are difficult to sterilize.<br />
Nuclease Decontamination Solution is available in 250 mL and 6 x 250 mL sizes.<br />
25
Nuclease-Free Water (DEPC-free)<br />
Nuclease-Free Water is intended for initial resuspension and storage of single-stranded RNA oligos<br />
and is also suitable for making dilute working solutions from stock oligos.<br />
Nuclease-Free Water is available in 1 L, 10 x 2 mL, 300 mL, and 4 x 1 L sizes.<br />
Duplex Buffer (30 mM Hepes, pH 7.5, 100 mM Potassium Acetate)<br />
Duplex Buffer is intended for initial resuspension, annealing, and storage of duplex RNAi <strong>products</strong>.<br />
Duplex Buffer is available in 1 L, 10 x 2 mL, 300 mL, and 4 x 1 L sizes.<br />
Nuclease Detection Products<br />
Nucleases are widely present in <strong>the</strong> laboratory environment and can interfere with many experiments.<br />
IDT has developed reagents that allow for rapid, sensitive detection of RNases and DNases.<br />
These reagents are fluorescence-quenched oligonucleotide probes that emit a fluorescence signal<br />
only after nuclease degradation. The assay can be read visually or measured and quantitated using<br />
fluorometry.<br />
Two oligonucleotide substrates are available: one designed to detect RNases and <strong>the</strong> second designed<br />
to detect DNases. The RNaseAlert substrate employs a FAM reporter (Em 520 nm). The DNaseAlert<br />
substrate employs a HEX reporter (Em 555 nm). DNaseAlert and RNaseAlert are each available<br />
in kit format, in 2 bulk tubes, or in 25 single-use tubes. 10X Buffer is also available.<br />
REAGENTS<br />
R<br />
RNA<br />
Q<br />
Incubate with Test Sample<br />
R<br />
Q<br />
R<br />
RNA<br />
Q<br />
Bright = Positive Assay<br />
Probe Cleaved<br />
RNase Contamination Present<br />
Dark = Negative Assay<br />
Probe Intact<br />
RNase Contamination Absent<br />
Oligo Length Standards<br />
Oligo Length Standards are two distinct mixtures of oligonucleotides for use as gel electrophoresis<br />
size/mass standards. The marker oligos in each mixture have balanced base content, are purified,<br />
and are provided in equal mass amounts (10 μg of each oligo per tube) to normalize band intensity.<br />
Each tube contains enough marker for 25-100 loadings, depending on gel configuration and stain<br />
employed. The recommended loading mass varies with <strong>the</strong> precise stain used and dimensions of<br />
<strong>the</strong> gel comb.<br />
10/60 ladder<br />
10, 15, 20, 25, 30, 40, 50, 60 base marker oligos<br />
20/100 ladder<br />
20, 30, 40, 50, 60, 70, 80, 90, 100 base marker oligos<br />
26
Usage, Warranty and Licenses<br />
LICENSING<br />
Usage<br />
Research Purposes Only: Oligonucleotides and nucleic acid <strong>products</strong> (“IDT Products”) are manufactured and<br />
sold by IDT for <strong>the</strong> <strong>custom</strong>er’s research purposes only. Except pursuant to a separate, written agreement with<br />
IDT, IDT Products are not sold (and have not been approved) for use in any clinical, diagnostic, or <strong>the</strong>rapeutic<br />
applications. Obtaining any license(s) or o<strong>the</strong>r approvals necessary to use IDT Products in proprietary applications<br />
or in any non-research (e.g., clinical) applications is <strong>the</strong> <strong>custom</strong>er’s exclusive responsibility. IDT will not be<br />
responsible or liable for any losses, costs, expenses, or o<strong>the</strong>r forms of liability arising out of <strong>the</strong> unauthorized or<br />
unlicensed use of IDT Products. By using any IDT Product for any purpose, purchasers and users of IDT Products<br />
agree to indemnify and hold IDT harmless for any and all damages and/or liability, however characterized, related<br />
to <strong>the</strong> unauthorized or unlicensed use of IDT Products. Under no circumstances shall IDT be liable for any<br />
consequential damages resulting from any use (approved or o<strong>the</strong>rwise) of IDT Products. No Resale: The sale or<br />
resale of IDT Products by any person o<strong>the</strong>r than IDT is strictly prohibited without <strong>the</strong> express, written consent of<br />
IDT. IDT accepts all orders for and makes all sales of IDT Products subject to <strong>the</strong> foregoing use restrictions and<br />
<strong>the</strong> <strong>custom</strong>er’s indemnification of IDT.<br />
Warranty<br />
IDT’s <strong>products</strong> are guaranteed to meet or exceed IDT’s published specifications for identity, purity, and yield<br />
as measured under normal laboratory conditions. If an IDT Product fails to meet such specifications, IDT will<br />
promptly replace <strong>the</strong> product. DISCLAIMER OF WARRANTIES – NO OTHER WARRANTIES: IDT makes no warranty<br />
of any kind whatsoever o<strong>the</strong>r than <strong>the</strong> foregoing General Warranty. Specifically, but without limitation,<br />
IDT expressly disclaims any implied warranties of merchantability or fitness for a particular purpose, and any<br />
warranty that IDT Products, or <strong>the</strong> use of IDT Products, will not infringe <strong>the</strong> patents of one or more third-parties.<br />
IDT accepts all orders for and makes all sales of IDT Products subject to <strong>the</strong> foregoing disclaimers of warranties.<br />
Licenses/Trademarks<br />
Black Hole Quenchers®, BHQ-1®, and BHQ-2®, are trademarks of Biosearch Technologies, Inc. (BTI), and all BHQ<br />
<strong>products</strong> are licensed and sold under agreement with BTI. These <strong>products</strong> are sold exclusively for research and<br />
development use by <strong>the</strong> purchaser. They may not be used for any human or veterinary clinical or diagnostic purposes<br />
without express permission from BTI and <strong>the</strong>y may not be re-sold, distributed, re-labeled or re-packaged.<br />
Cy Dyes and Cy labeled oligonucleotides are covered by U.S. Patent Numbers 5,556,959 and 5,808,044 and<br />
are licensed and sold for non-commercial research purposes only. Any o<strong>the</strong>r use including diagnostic, <strong>the</strong>rapeutic<br />
or in vivo applications requires a license from Amersham Biosciences, Inc. Cy is a trademark of Amersham<br />
Biosciences.<br />
TYE Dyes: are sold under license from Thermo Fisher Scientific (Milwaukee) LLC.<br />
PrimeTime® qPCR Probes and Assays: NOTICE TO PURCHASER: LIMITED LICENSE. A license to perform <strong>the</strong><br />
patented 5’ Nuclease Process for research is obtained by <strong>the</strong> purchase of (i) both Licensed Probe and Authorized<br />
5’ Nuclease Core Kit, (ii) a Licensed 5’ Nuclease Kit, or (iii) license rights from Applied Biosystems. This product<br />
contains Licensed Probe. Use of this product is covered by one or more of <strong>the</strong> following US patents and corresponding<br />
patent claims outside <strong>the</strong> US: 5,538,848, 5,723,591, 5,876,930, 6,030,787, 6,258,569, and 5,804,375<br />
(claims 1-12 only). The purchase of this product includes a limited, non-transferable immunity from suit under<br />
<strong>the</strong> foregoing patent claims for using only this amount of product for <strong>the</strong> purchaser’s own internal research.<br />
The right to use this product in <strong>the</strong> 5’ Nuclease Process under <strong>the</strong> applicable claims of US Patents Nos. 5,210,015<br />
and 5,487,972, and corresponding patent claims outside <strong>the</strong> United States, can be obtained through purchase<br />
of an Authorized 5’ Nuclease Core Kit. Except under separate license rights available from Applied Biosystems,<br />
no right under any o<strong>the</strong>r patent claim, or to perform commercial <strong>services</strong> of any kind, including without limitation<br />
reporting <strong>the</strong> results of purchaser’s activities for a fee or o<strong>the</strong>r commercial consideration, or to sublicense,<br />
repackage with o<strong>the</strong>r <strong>products</strong>, or resell in any form, is conveyed expressly, by implication, or by estoppel. This<br />
product is for research use only. Diagnostic uses under Roche patents require a separate license from Roche.<br />
Fur<strong>the</strong>r information on purchasing licenses may be obtained from <strong>the</strong> Director of Licensing, Applied Biosystems,<br />
850 Lincoln Centre Drive, Foster City, California 94404, USA.<br />
Dual–Labeled Probes: NOTICE TO PURCHASER: DISCLAIMER OF LICENSE No license is conveyed with <strong>the</strong><br />
purchase of this product under any of US Patents Nos. 5,210,015, 5,487,972, 5,804,375, 5,994,056, 6,171,785,<br />
6,214,979, 5,538,848, 5,723,591, 5,876,930, 6,030,787, and 6,258,569, and corresponding patents outside <strong>the</strong><br />
United States, or any o<strong>the</strong>r patents or patent applications, relating to <strong>the</strong> 5’ Nuclease and ds<strong>DNA</strong>-Binding Dye<br />
Processes. For fur<strong>the</strong>r information contact <strong>the</strong> Director of Licensing, Applied Biosystems, 850 Lincoln Centre<br />
Drive, Foster City, California 94404, USA.<br />
Molecular Beacons are licensed under patents owned by The Public Health Research Institute of <strong>the</strong> City of New<br />
York, Inc. and come with licensed rights for use only in <strong>the</strong> purchaser’s research and development activities. A<br />
probe which has a hairpin (stem-and-loop) structure with a fluorophore, quencher, or o<strong>the</strong>r label on each arm<br />
of <strong>the</strong> hairpin stem is a Molecular Beacon Probe and must be ordered as a Molecular Beacon Probe. No license<br />
is conveyed with <strong>the</strong> purchase of this product under any of US Patents Nos. 5,210,015, 5,487,972, 5,804,375,<br />
5,994,056, 6,171,785, 6,214,979, 5,538,848, 5,723,591, 5,876,930, 6,030,787, and 6,258,569, and corresponding<br />
patents outside <strong>the</strong> United States, or any o<strong>the</strong>r patents or patent applications, relating to <strong>the</strong> 5’ Nuclease and<br />
27
ds<strong>DNA</strong>-Binding Dye Processes. For fur<strong>the</strong>r information contact <strong>the</strong> Director of Licensing, Applied Biosystems,<br />
850 Lincoln Centre Drive, Foster City, California 94404, USA.<br />
Locked Nucleic Acids (LNAs). IDT is licensed under patents and patent applications assigned to Exiqon A/S to<br />
sell oligonucleotides incorporating LNAs for research purposes only. Resale of LNA-oligos and <strong>the</strong>ir use in humans<br />
or in <strong>the</strong>rapeutic applications are all prohibited.<br />
RNAi. IDT’s <strong>products</strong> are licensed under U.S. and international patent rights owned by <strong>the</strong> Carnegie Institution<br />
of Washington that cover RNA interference. These <strong>products</strong> are accompanied by a limited non-exclusive worldwide<br />
license under <strong>the</strong> Carnegie Institution of Washington’s patent rights for researchers at academic or o<strong>the</strong>r<br />
not-for-profit institutions to use <strong>the</strong> <strong>products</strong> for non-profit research. However, use of dsRNA for RNA interference<br />
by for-profit organizations requires a license from <strong>the</strong> Carnegie Institution of Washington.<br />
siRNA. This product is licensed under European Patents 1144623, 121945 and foreign equivalents from Alnylam<br />
Pharmaceuticals, Inc., Cambridge, USA and is provided only for use in academic and commercial research whose<br />
purpose is to elucidate gene function, including research to validate potential gene <strong>products</strong> and pathways<br />
for drug discovery and development and to screen non-siRNA based compounds (but excluding <strong>the</strong> evaluation<br />
or characterization of this product as <strong>the</strong> potential basis for an siRNA-based drug) and not for any o<strong>the</strong>r<br />
commercial purposes. Information about licenses for commercial use (including discovery and development of<br />
siRNA-based drugs) is available from Alnylam Pharmaceuticals, Inc., 300 Third Street, Cambridge MA 02142, USA.<br />
DsiRNA Duplexes. IDT is exclusively licensed under patents owned by <strong>the</strong> City of Hope and IDT to make and sell<br />
DsiRNA Duplex <strong>products</strong> for use in research and development. Use of DsiRNA Duplex <strong>products</strong> or technology in<br />
humans or for human or veterinary diagnostic, prophylactic or <strong>the</strong>rapeutic purposes requires a separate license<br />
from City of Hope Medical Center.<br />
OTHER DISCLAIMERS<br />
Click-Chemistry enabled, modified oligos are manufactured and sold under license from Baseclick GmbH, using<br />
Base-click’s proprietary Click Chemistry. All such modified <strong>products</strong> are sold by IDT for <strong>the</strong> end-user’s internal<br />
research purposes only. See www.baseclick.org for fur<strong>the</strong>r details.<br />
Digoxigenin is licensed by Roche Diagnostics GmbH. The use of digoxigenin technology to label nucleic acids is<br />
licensed under patents (EP 0 324 474, US 5.344.757, US 5.702.888, US 5.354.657, JP 1999884 and HK 1169) owned<br />
by Roche Diagnostics GmbH. For fur<strong>the</strong>r information on <strong>products</strong> to label and detect digoxigenin-modified<br />
nucleic acids refer to www.roche-applied-science.com/dig/.<br />
End-Blocked Oligos. This product is covered by US Patent No. 6,197,944 and sold under license from <strong>the</strong> University<br />
of Iowa Research Foundation for <strong>the</strong> <strong>custom</strong>er’s internal research purposes only.<br />
RNaseAlert compositions and methods are protected under U.S. Patent No. 6,773,885 and o<strong>the</strong>r pending IDT<br />
patent(s). RNaseAlert is a trademark of Ambion, Inc.<br />
StarFire® is a trademark of IDT, and its compositions and methods are protected under pending IDT patent(s).<br />
IDT Trademarks<br />
Iowa Black®, PrimeTime®, TYE, MAX, TEX 615, Rapid HPLC, Express DLP, SameDay®, Hot Plate®, Ultramer,<br />
Mini Gene, Ready Made Primers, OligoCard® , I-Linker, DNaseAlert, RNaseAlert, PrimerQuest®,<br />
Oligo Analyzer®, LabLinker®, StarFire® and SciTools®.<br />
O<strong>the</strong>r Trademarks<br />
FAM, HEX, ROX, TAMRA and TET are trademarks of Applied Biosystems, Inc.<br />
TaqMan® is a registered trademark of Roche Molecular Systems that is licensed exclusively to Applied Biosystems<br />
Inc. for use in certain non-diagnostics field.<br />
Shipping Information<br />
Orders shipped to <strong>custom</strong>ers located outside of <strong>the</strong> United States, Canada, Belgium, Australia, and <strong>the</strong> United<br />
Kingdom may be subject to import taxes, <strong>custom</strong>s duties, and fees levied by <strong>the</strong> destination country upon importation;<br />
<strong>the</strong>se charges are <strong>the</strong> recipient’s responsibility. Such commercial transactions require <strong>custom</strong>s clearance,<br />
and as <strong>the</strong> importer you are responsible for making <strong>custom</strong>s clearance arrangements. Any corresponding<br />
charges for brokerage/<strong>custom</strong>s clearance will also be borne by you, <strong>the</strong> importer. Customs policies vary widely<br />
from country to country; please contact your local <strong>custom</strong>s office for fur<strong>the</strong>r information.<br />
When ordering from IDT, <strong>the</strong> recipient is <strong>the</strong> importer of record and must comply with all laws and regulations of<br />
<strong>the</strong> destination country. You are responsible for assuring that <strong>the</strong> product(s) can be lawfully imported to <strong>the</strong> destination<br />
country, and are also responsible for obtaining any necessary import permits. IDT must provide certain<br />
order, shipment, and product information to our international carriers, and such information may be communicated<br />
by <strong>the</strong> carriers to <strong>custom</strong>s authorities in order to facilitate <strong>custom</strong>s clearance and comply with local laws.<br />
Please be aware that cross-border shipments may be subject to opening and inspection by <strong>custom</strong>s authorities.<br />
LICENSING<br />
28
Ordering<br />
IDT’s San Diego, California facility<br />
IDT offers convenient online ordering:<br />
CONTACT<br />
www.idtdna.com<br />
Email orders are also accepted. See <strong>the</strong> IDT website for email templates and instructions.<br />
An order confirmation is sent via email shortly after an order is placed on <strong>the</strong> website. IDT<br />
offers many online ordering features, including pricing, yield guarantees and estimated ship<br />
date shown as <strong>products</strong> are ordered, access to oligo specification sheets, mass spectrometry<br />
and analytical traces, and order and shipment tracking.<br />
For payment, IDT accepts purchase orders, all major credit cards, Electronic Funds Transfer,<br />
and OligoCards.<br />
See IDT's website for a list of distributors worldwide.<br />
Customer Care & Technical Services<br />
Our staff includes experts in molecular <strong>biology</strong>, oligonucleotide design, sequencing,<br />
mutagenesis, PCR and related research applications who are available for consultation<br />
about an application before or after an order is placed.<br />
Americas<br />
custcare@idtdna.com<br />
1-800-328-2661<br />
Europe<br />
eutechsupport@idtdna.com<br />
+32 (0) 16 28 22 60<br />
O<strong>the</strong>r Locations<br />
international@idtdna.com<br />
Web chat is available at www.idtdna.com.<br />
IDT’s Leuven, Belgium facility