A BRIEF HISTORY OF GENE EDITING

A timeline showing our progress in understanding and modifying genomes.

CRISPR

HOW IT WORKS

Genomes have target sites with performance variables scattered all over.

Targetting these sites can modify the variable value.

LIMITATIONS

As performance variables are scattered across target sites, affecting one affects all others.

This makes fine tuning a challenge.

// This interface is a mock-up of the one provided at the facility. Actual experience may differ.
// An intellectual property of GenoCorp Pvt Ltd.

// Version_16.1A

// Version_16.1B

// Version_16.2

A BRIEF HISTORY OF GENE EDITING

A timeline showing our progress in understanding and modifying genomes.

lustered

egularly

nterspaced

hort

alindromic

epeats

HOW IT WORKS

Genomes have target sites with performance variables scattered all over.

Targetting these sites can modify the variable value.

LIMITATIONS

As performance variables are scattered across target sites, affecting one affects all others.

This makes fine tuning a challenge.

A BRIEF HISTORY OF GENE EDITING

A timeline showing our progress in understanding and modifying genomes.

lustered

egularly

nterspaced

hort

alindromic

epeats

HOW IT WORKS

Genomes have target sites with performance variables scattered all over.Targetting these sites can modify the variable value.

LIMITATIONS

As performance variables are scattered across target sites, affecting one affects all others. This makes fine tuning a challenge.

Genomes have target sites with performance variables scattered all over.

Targetting these sites can modify the variable value.

As performance variables are scattered across target sites, affecting one affects all others.

This makes fine tuning a challenge.