Saved To Serve Newsletter July 28 2017
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T h e n e w t e c h n i q u e s t o<br />
m o d i f y t h e g e n e t i c s o f<br />
s e e d . S p l i c i n g D N A !<br />
B y J o s e & S h e r e e c e S a n c h e z<br />
GMO NEW THE<br />
With new advances in<br />
genome technology there is a<br />
new method used to modify<br />
the genes of plants, it is<br />
genome editing. What is<br />
genome editing?<br />
Genome editing alters<br />
genetic information by using<br />
an enzyme like a pair of<br />
scissors to cut DNA strands.<br />
The first generation of the<br />
technology appeared in<br />
1996, but both it and the<br />
improved second generation<br />
required different enzymes<br />
for each targeted gene.<br />
As a result, only a small<br />
number of research<br />
laboratories were able to<br />
successfully employ these<br />
methods. Is there an ethical<br />
question that is being<br />
overlooked in the<br />
experiments on the genome<br />
of plants?<br />
Genome technology is most<br />
advanced in the agricultural<br />
department because more<br />
experiments have been done<br />
using plants.<br />
Should we change the<br />
genetics of created things<br />
such as plants?<br />
WE SHOULD<br />
THE CHANGE<br />
OF GENETICS<br />
CREATED<br />
SUCH THINGS<br />
PLANTS?<br />
AS<br />
If God has made the whole of creation and<br />
pronounced it good can we reason the conditions<br />
in which we can then pronounce it not so good and<br />
change it? The bible teaches the principal that we<br />
should not take apart that which the Lord has<br />
brought together such as His creation. (Matthew<br />
19:6)<br />
As humans meddle with the DNA of God’s creation<br />
they are changing the make up of how He put it<br />
together so the question now becomes ethical. This<br />
however has not deterred scientist from continuing<br />
the work of genetically modifying the genes of<br />
plants.<br />
CRISPR/Cas, the third<br />
generation of the technology,<br />
was developed in 2012. This<br />
method cuts DNA by<br />
targeting nucleic acids, which<br />
are polymers attached to<br />
DNA. Because this requires<br />
only changing the sequence<br />
of nucleic acids, a common<br />
enzyme can be used to cut<br />
different genes, making<br />
editing much simpler.<br />
GMO has been known in the<br />
past to combine the genes of<br />
unrelated species such as<br />
fish and plant genes.<br />
Genome editing uses the<br />
same DNA by splicing or<br />
sectioning the same strand<br />
of DNA.<br />
Genome editing changes<br />
how genes work by removing<br />
and altering targeted pieces<br />
of the genome. Like<br />
conventional cross-breeding,<br />
genome editing uses genes<br />
from within a single species.<br />
This is different from genetic<br />
recombination, which<br />
introduces genes from other<br />
species.<br />
These new types of GMO do<br />
not have to be approved by<br />
the USDA they can be used<br />
without any regulation.