In Tehran Women removing their Hijabs and shouting "The Mullahs must get lost". #مهسا_امینی . Huge protests all over the country with people shouting everything from Death to the Islamic Republic to Death to the Dictator/Khamenei.
Every crop & livestock that we raise today has been domesticated from the wild, genetically altered through deliberate selection. Here’s a thread of what we eat that were modified over millennia but not “engineered” through biotech from @cracked
Handful of wild almonds can kill you. Thank the first person who spotted a non-poisonous mutant tree in Persia, now you have trail mix!
Fertile Crescent gave us so many crops. The Italian chain of restaurants owe their existence to the Levant region
If you publish your paper in GM Crops & Food by @tandfbiosci, it will be noticed, well-read, and well-cited! Here are some of our top papers from the journal
Papers published in 'GM Crops & Food' will be mentioned in news articles, blogs, social media postings, patents, policy documents, Wikipedia and more! So, please submit your manuscript on GM Crops or Gene Editing research at tandfonline.com/journals/kgmc20
GM Crops & Food achieved 272930 downloads in 2022.
The weed that gave us the drug! Galega officinalis, the herbal lineage of metformin, is also known as goat’s rue, French lilac, Italian fitch, Spanish sainfoin or professor weed. This plant was used as a traditional medicine in medieval Europe; it is now a noxious weed
Where's all the arable land in the world! 99% of our calories from land folks and it is very, very limited – Only 18% of our land surface is highly fertile, without soil problems like salinity, acidity, arid etc. Why we need innovation like GM crops and gene editing to feed us
Slide stolen from then EU science chief Ann Glover's presentation in 2014
The previous slide was not able 'arable land' alone but showed fertile land suitable for high productive farming. In the following thread I show the reasons why. Figure below shows that most tropical soils lack nutrients or too acidic or sandy. They are low-fertile
Happy tenth birthday CRISPR tech! Now that we have had a decade of genome editing, what’s in store for the next ten years? @doudna_lab tells us! science.org/doi/10.1126/sc…
The past decade of CRISPR has focused on building the platforms for generating gene knockouts, creating knockout mice, genetic screening,& multiplexed editing. Medicine & ag applications serve as the focus for the next decade as society’s demands drive innovation in CRISPR tech
The future of CRISPR genome editing will intersect with advances in tech such as machine learning, live-cell imaging, & sequencing. We may witness FDA approval for the first CRISPR-based medicine, as well as increasing numbers of CRISPR treatments moving to clinical trials