Early targeting systems relied on meganucleases and zinc finger nucleases. Since 2009 more accurate and easier systems to implement have been developed. Transcription activator-like effector nucleases (TALENs) and the Cas9-guideRNA system (adapted from CRISPR) are the two most commonly used. They may potentially be useful in gene therapy and other procedures that require accurate or high through put targeting.

thats better

You don't know 100% what is in that see, or what it will do to your crop.

well

you kind of do

Kind of

if you know how to read genetics

No

and experiment long enough

You obviously don't know genetics then

what?

I can link you a ted talk if you're interested

genetics is a code we cant read yet

Genetics isn't simple ABC.

yes it isnt

It is a code we can read, but....

i never said it was

what we've realized

is that "code" that should per say be hypothetically X amount of pages

every gene you modify can trigger another outcome

turns out to be hidden in thousands of more pages of nonsense

We can read it. We don’t always know what we’re writing, though.

well it still is code

that is the analogy to best explain.

Dude.

my statement is correct

because it is code

I'll recommend the book i'm reading now

if you genuinely want to learn

where is my mistake?

Genome: The autobiography of species in 23 chapters Matt Riddley

It's much more complicated than you realize that's all.

where is my mistake though

i realize how complicated it is

I tried to explain, but it's much more than what could be said in one sentence.

well dont

i have read about it

please stop degrading me though

I'm not oof

You asked for the evidence

I provided