Zaki Haider (@m_zakihaider) 's Twitter Profile
Zaki Haider

@m_zakihaider

@lifeatlums 🧬
A biology student who also loves to delve into artistic pursuits.

ID: 1461315592405884928

calendar_today18-11-2021 12:49:38

60 Tweet

32 Followers

126 Following

Research in Germany - Initiative of the BMBF (@researchgermany) 's Twitter Profile Photo

👩‍🎓🇩🇪👨‍🎓 Unlock your academic potential and do your PhD in Germany! Explore currently open PhD positions and find the right match for your research interests. Start your journey towards a successful academic career now! Visit DAAD PhDGermany 👉 phdgermany.de

Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

Cells are so tiny that measuring their weight seems, at first blush, like an impossible task. But back in 1953, two biologists from Southern Illinois University — supported, in part, with funding from Anheuser-Busch! — invented a super clever method for figuring out the weight

Cells are so tiny that measuring their weight seems, at first blush, like an impossible task.

But back in 1953, two biologists from Southern Illinois University — supported, in part, with funding from Anheuser-Busch! — invented a super clever method for figuring out the weight
Design Reviewed | Graphic Design History (@designreviewed) 's Twitter Profile Photo

Graphic design by Isao Kodama and Masana Kawai. Scanned from Idea October 1964 Extra issue – 14th Exhibition of JAAC designreviewed.com/product/idea-o…

Graphic design by Isao Kodama and Masana Kawai. Scanned from Idea October 1964 Extra issue – 14th Exhibition of JAAC designreviewed.com/product/idea-o…
Mateo (@eyeonaxis_) 's Twitter Profile Photo

'Passerby holds on to a tree for support as hurricane-swept waves hammer the sea wall adjacent to the Belt Parkway near 72nd Street in Brooklyn' New York, 1954 📷Bettmann Archive

'Passerby holds on to a tree for support as hurricane-swept waves hammer the sea wall adjacent to the Belt Parkway near 72nd Street in Brooklyn' New York, 1954

📷Bettmann Archive
Tanentzapf Lab (@tanentzapflab) 's Twitter Profile Photo

My hot take is that I’m with good ol’ TH Morgan on this, biology is fundamentally simple. Over complicated explanations are just a sign of our ignorance.

My hot take is that I’m with good ol’ TH Morgan on this, biology is fundamentally simple. Over complicated explanations are just a sign of our ignorance.
Sebastian S. Cocioba🪄🌷 (@atinygreencell) 's Twitter Profile Photo

Agriculture is the lifeblood of humanity and few things are more important. A bioeconomy without heavy investment in agriculture is doomed to fail. Food comes from starlight, not supermarket.

Martin Lercher (@martinjlercher) 's Twitter Profile Photo

🚀 We’ve launched the Night Science Institute! Our mission: to champion a cultural shift in science toward embracing the creative scientific process –  as a vital complement to rigorous hypothesis testing. Watch the launch video with Itai Yanai: drive.google.com/file/d/1qpuxad…

🚀 We’ve launched the Night Science Institute! Our mission: to champion a cultural shift in science toward embracing the creative scientific process –  as a vital complement to rigorous hypothesis testing.
Watch the launch video with <a href="/ItaiYanai/">Itai Yanai</a>: drive.google.com/file/d/1qpuxad…
Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

Behold the cursed noodles. Researchers mixed together chicken muscle cells and microalgal cells, and then extruded them with a 3D printer, to make a "plant and animal cell-based hybrid noodle." The reason for doing this, they say, is to tune textures, nutrition levels, etc.

Behold the cursed noodles.

Researchers mixed together chicken muscle cells and microalgal cells, and then extruded them with a 3D printer, to make a "plant and animal cell-based hybrid noodle."

The reason for doing this, they say, is to tune textures, nutrition levels, etc.
Sebastian S. Cocioba🪄🌷 (@atinygreencell) 's Twitter Profile Photo

If you are an highschool student and you are conducting research in a lab, you are a scientist. If you are an undergraduate student and you are conducting research in a lab, you are a scientist.

Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

Another wonderful week to learn about biology. Here are 20 wonderful things that were published in the last 7 days: 1. A healthy baby born from an embryo that was frozen in 1994. 2. Scientists automated gene-editing experiments using AI agents, called CRISPR-GPT. 3.

Another wonderful week to learn about biology. Here are 20 wonderful things that were published in the last 7 days:

1. A healthy baby born from an embryo that was frozen in 1994.

2. Scientists automated gene-editing experiments using AI agents, called CRISPR-GPT.

3.
Zaki Haider (@m_zakihaider) 's Twitter Profile Photo

I never knew that there was a lot to Mendel's life than just Pea plants and laws of inheritance. A thought-provoking piece of writing by Asimov Press Niko McCarty. to bring other facets of Mendel's life into light.

Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

I’ve always been interested in the stories behind BioNumbers. Textbooks say DNA polymerase, for example, replicates 220 nucleotides per second. But how do we know this? How can one actually measure the speed of a single enzyme? A fast typist, for comparison, types ~80 words per

I’ve always been interested in the stories behind BioNumbers.

Textbooks say DNA polymerase, for example, replicates 220 nucleotides per second. But how do we know this? How can one actually measure the speed of a single enzyme?

A fast typist, for comparison, types ~80 words per
Prof. Nikolai Slavov (@slavov_n) 's Twitter Profile Photo

Mechanotransduction in the nucleus Multiple TFs transmit mechanical forces into transcriptional regulation. Nuclear shape, size, and chromatin abnormalities are common features of many diseases.

Mechanotransduction in the nucleus

Multiple TFs transmit mechanical forces into transcriptional regulation.

Nuclear shape, size, and chromatin abnormalities are common features of many diseases.
Asimov Press (@asimovpress) 's Twitter Profile Photo

About a year ago, we published a first-hand account describing how the first transgenic ants were made. It took a PhD student seven years of painstaking work to make those ants. The transgenic ants express GCaMP within their neurons, enabling scientists to directly visualize and

About a year ago, we published a first-hand account describing how the first transgenic ants were made. It took a PhD student seven years of painstaking work to make those ants.

The transgenic ants express GCaMP within their neurons, enabling scientists to directly visualize and