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Tecan Infinite 200 Pro

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Multifunctional Microplate Reader with<br />

I<strong>Infinite</strong> fi it <strong>200</strong>® PRO<br />

injector option


Measurement techniques supported by the<br />

<strong>Infinite</strong> M<strong>200</strong> <strong>Pro</strong>:<br />

Absorbance:<br />

‐ Single point and scanning<br />

‐ Single point and scanning<br />

with injectors<br />

Fluorescence:<br />

‐ Fluorescence Intensity top and bottom<br />

‐ Time‐Resolved Time Resolved Fluorescence<br />

‐ Fluorescence Resonance Energy Transfer<br />

‐ Flash Fluorescence (with injectors)<br />

TECAN<br />

I<strong>Infinite</strong> fi it<br />

M<strong>200</strong> <strong>Pro</strong><br />

Luminescence:<br />

‐ Gl Glow LLuminescence i<br />

‐ Flash Luminescence<br />

‐ Bioluminescence Resonance Energy Transfer<br />

Absorbance and<br />

Fluorescence:<br />

NNanoquant: t<br />

Small volume measurements,<br />

2 ul sample


Technical specifications p <strong>Infinite</strong> M<strong>200</strong> <strong>Pro</strong><br />

General specifications:<br />

� Microplates to be measured: from 66‐well well to 384‐well 384 well plates<br />

� Temperature Control: from 5 °C above ambient up to 42 °C<br />

� Plate Shaking: Linear and orbital shaking, amplitude from 1 –6 mm in 0.5 mm steps<br />

� Light Source: High energy xenon flash lamp<br />

� Detectors: Fluorescence ‐> PMT; Luminescence ‐> Low dark count PMT photon‐<br />

counting electronics; Absorbance ‐> Silicon photodiode<br />

Ab Absorbance b specifications: ifi ti<br />

� Wavelength range: 230 – 1000 nm<br />

� Accuracy: < ±(1 % + 10 mOD); ≤ ±1.5 nm λ > 315 nm; ≤ ±0.8 nm λ ≤ 315 nm;<br />

Fluorescence specifications:<br />

� Wavelength Range: Excitation: 230 – 850 nm; Emission: 280 – 850 nm<br />

� Detection limit (fluorescein, 96 well plate, <strong>200</strong> μl): < 20 pM (top); 100 pM (bottom)<br />

� Europium detection limit (96 well plate, <strong>200</strong> μl ): < 5 pM (typical value)<br />

� Reproducability (at 25nM fluorescein) < 2%


Technical specifications p <strong>Infinite</strong> M<strong>200</strong> <strong>Pro</strong><br />

Luminescence specifications:<br />

�� Wavelength Range: 380 – 600 nm<br />

� Linear dynamic range: at least 6 orders of magnitude<br />

� Integration time per well: 100 – 20,000 ms<br />

�� Cross Talk (black plate): 00.01% 01%<br />

� Attenuation of light: 100 (OD2 attenuation filter), 1 (no attenuation)<br />

� ATP detection limit (96 well plate, <strong>200</strong> μl volume, 1000 ms integration time):<br />

3 fmol/well (glow); 80 amol/well (flash)<br />

Injector specifications:<br />

� Accuracy: < 10% for injection volume of 10 μl; < 2% for injection volume of 100 μl;<br />

< 0.7% for injection volume of 450 μl<br />

� Precision: < 10% for injection volume of 10 μl; < 2% for injection volume of 100 μl;<br />

< 0.7% for injection volume of 450 μl


Comparison measurements on <strong>Tecan</strong> multiplate<br />

reader vs Thermo “Nanodrop”<br />

Measurements of DNA at different known concentrations, 2 μl volumes:<br />

TECAN multiplate reader<br />

Thermo Nanodrop<br />

Known<br />

CConcentration i<br />

[ng/ml]<br />

Concentration<br />

measured d by b<br />

NanoDrop [ng/ml]<br />

Concentration<br />

measured d by b<br />

<strong>Tecan</strong> [ng/ml]<br />

0.05 0.84 0<br />

0.5 3.85 0.1<br />

5 8.61 5.4<br />

50 48.71 52.2<br />

500 443.83 492.7<br />

Note: with the TECAN Nanoquant, 16 samples can be measured in parallel vs 1 on Nanodrop.<br />

Note: fluorescence and absorbance can be measured on TECAN Nanoquant (e.g. for labelling efficiency)<br />

vs absorbance only on Nanodrop.


Typical Readout for ELISA (absorbance)<br />

Absorbance measurement at 405nm with a reference wavelength of 650nm<br />

Calculated difference between measurement and reference measurement<br />

Mycoplasma species (Sample) Neg. control Pos. control<br />

M. arginini 0.1747 0.1334 2.7127<br />

M. hyorhinis 0.22325 0.152 1.2394<br />

A. laidlawii 0.1817 0.1063 1.3544<br />

M. orale 0.16455 0.145 2.6902<br />

Sample


Typical Readout for luminescence<br />

Luminescence readings for a Mycoplasma detection test based on a bioluminescent<br />

reaction: Reading A before substrate addition, Reading B after substrate addition<br />

� Transparent plate reading<br />

Reading A Reading B Ratio (B/A)<br />

Pos. control 537 22624 42.13035382<br />

Neg. control 618 132 0.213592233<br />

bEND3 (Sample) 311 144 0.463022508<br />

The bEND3 brain endothelial cells are negative for Mycoplasmal enzymes.<br />

� Black plate reading<br />

Reading A Reading B Ration (B/A)<br />

Pos. control 42 2767 65.88095238<br />

Neg. control 29 ‐1 ‐0.034482759<br />

Both transparent and black plates can be adequately used for measurements. Black plates have<br />

lower overall signal, but better signal to background ratio.


Typical Readout for fluorescence<br />

Standard curve for fluorescence reading of different known concentrations of<br />

fluorescein sodium salt<br />

� Excitation: 485 nm<br />

� Emission: 535 nm<br />

Fluorescennce<br />

intensity<br />

45000<br />

40000<br />

35000<br />

30000<br />

25000<br />

<strong>200</strong>00<br />

15000<br />

10000<br />

5000<br />

0<br />

1 5 50 100 250 500 1000<br />

Fluorescein concentration (µM)


Summary<br />

The TECAN <strong>Infinite</strong> <strong>200</strong> <strong>Pro</strong> at the BNL lab offers:<br />

� High accuracy multiplate readings for fluorescence,<br />

absorbance and/or luminescence<br />

� Temperature control, dual injectors, shaking<br />

� Software with a user friendly interface<br />

� Nanoquant option for 2 μl sample volumes<br />

(absorbance and/or fluorescence), equal or<br />

superior accuracy to “ “Nanodrop” d ” instrument.<br />

Link to recharge information:<br />

http://www.cnsi.ucsb.edu/facilities/nanostructures/biological/recharge‐rates.pdf

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