All-in-one repair kit makes CRISPR gene editing more precise

For the past five years, CRISPR-Cas9 technology has revolutionized the field of gene editing due to its ease and low cost. But although this technology reliably finds and cuts the targeted stretch of DNA sequence, fixing ...

How molecular scissors cut in the right place

A research group at Uppsala University has found out how CRISPR-Cas9—also known as 'molecular scissors'—can search the genome for a specific DNA sequence. Cas9 already has many applications in biotechnology and is also ...

Sequencing poisonous mushrooms to potentially create medicine

A team of Michigan State University scientists has genetically sequenced two species of poisonous mushrooms, discovering that they can theoretically produce billions of compounds through one molecular assembly line. This ...

Amino acid sequences are key to the properties of silks

Although mankind has been using silk for millennia, many aspects of its properties and molecular structure remain unknown. Now, a new study from the RIKEN Center for Sustainable Resource Science (CSRS) in Japan reveals that ...

Team advances genome editing technique

Customized genome editing – the ability to edit desired DNA sequences to add, delete, activate or suppress specific genes – has major potential for application in medicine, biotechnology, food and agriculture.

Researchers sequence and analyse sugar beet genome

A study published in Nature today describes the sugar beet reference genome sequence generated by researchers both from the Centre for Genomic Regulation (CRG), the Max Planck Institute for Molecular Genetics and the University ...

A hidden genetic code for better designer genes

Scientists routinely seek to reprogram bacteria to produce proteins for drugs, biofuels and more, but they have struggled to get those bugs to follow orders. But a hidden feature of the genetic code, it turns out, could get ...

page 6 from 18