Clockwork
@watchclockwork.com
Exploring the incredible world of biochemistry.
www.watchclockwork.com
www.watchclockwork.com
Pinned
Clockwork
@watchclockwork.com
· Jul 2
🦠 NEW VIDEO 🦠
The molecular biology of how Mycobacterium Tuberculosis evades the immune system so well.
Starting with this simulation of a full outer envelope of m.TB--let's explore how the deadliest & most persistent human pathogen completely hacks our immune response. #molecularbiology
The molecular biology of how Mycobacterium Tuberculosis evades the immune system so well.
Starting with this simulation of a full outer envelope of m.TB--let's explore how the deadliest & most persistent human pathogen completely hacks our immune response. #molecularbiology
☕ NEW VIDEO ☕
How EXACTLY does caffeine perk you up?
We can use this question to explore some INCREDIBLE #biochemistry:
How EXACTLY does caffeine perk you up?
We can use this question to explore some INCREDIBLE #biochemistry:
September 16, 2025 at 7:15 PM
☕ NEW VIDEO ☕
How EXACTLY does caffeine perk you up?
We can use this question to explore some INCREDIBLE #biochemistry:
How EXACTLY does caffeine perk you up?
We can use this question to explore some INCREDIBLE #biochemistry:
🕒 NEW VIDEO 🕒
How can a cell know the time? Let's explore the beautiful 24-hour cycle produced by #KaiC proteins in the cyanobacteria S. Elongatus. Rendered in #blender3d with @bradyajohnston.bsky.social's brilliant Molecular Nodes add-on. #biology
How can a cell know the time? Let's explore the beautiful 24-hour cycle produced by #KaiC proteins in the cyanobacteria S. Elongatus. Rendered in #blender3d with @bradyajohnston.bsky.social's brilliant Molecular Nodes add-on. #biology
August 5, 2025 at 4:00 PM
🕒 NEW VIDEO 🕒
How can a cell know the time? Let's explore the beautiful 24-hour cycle produced by #KaiC proteins in the cyanobacteria S. Elongatus. Rendered in #blender3d with @bradyajohnston.bsky.social's brilliant Molecular Nodes add-on. #biology
How can a cell know the time? Let's explore the beautiful 24-hour cycle produced by #KaiC proteins in the cyanobacteria S. Elongatus. Rendered in #blender3d with @bradyajohnston.bsky.social's brilliant Molecular Nodes add-on. #biology
Reposted by Clockwork
Our live-stream Q&A with #PhantomPlague author Vidya Krishnan is TOMORROW at 11am ET/8am PT! Tune in at youtube.com/live/6JI... to hear your questions answered! #TBReaders
Live Q&A with Vidya Krishnan on Phantom Plague — TBReaders - YouTube
Watch the live discussion where Vidya Krishnan answers questions submitted and voted on by you! Moderated by TBFighter Michelle (@llamadramarama)Join the dis...
youtube.com
July 17, 2025 at 10:31 PM
Our live-stream Q&A with #PhantomPlague author Vidya Krishnan is TOMORROW at 11am ET/8am PT! Tune in at youtube.com/live/6JI... to hear your questions answered! #TBReaders
I have never wanted anything more than a @hankgreen.bsky.social produced book about all the problems life had to solve in order to survive on land. Such an incredible way to explore evolution, cell biology and biochemistry.
www.youtube.com/watch?v=On2V...
www.youtube.com/watch?v=On2V...
The Hardest Problem Evolution Ever Solved
YouTube video by Hank Green
www.youtube.com
July 16, 2025 at 3:06 PM
I have never wanted anything more than a @hankgreen.bsky.social produced book about all the problems life had to solve in order to survive on land. Such an incredible way to explore evolution, cell biology and biochemistry.
www.youtube.com/watch?v=On2V...
www.youtube.com/watch?v=On2V...
🦠 NEW VIDEO 🦠
The molecular biology of how Mycobacterium Tuberculosis evades the immune system so well.
Starting with this simulation of a full outer envelope of m.TB--let's explore how the deadliest & most persistent human pathogen completely hacks our immune response. #molecularbiology
The molecular biology of how Mycobacterium Tuberculosis evades the immune system so well.
Starting with this simulation of a full outer envelope of m.TB--let's explore how the deadliest & most persistent human pathogen completely hacks our immune response. #molecularbiology
July 2, 2025 at 6:38 PM
🦠 NEW VIDEO 🦠
The molecular biology of how Mycobacterium Tuberculosis evades the immune system so well.
Starting with this simulation of a full outer envelope of m.TB--let's explore how the deadliest & most persistent human pathogen completely hacks our immune response. #molecularbiology
The molecular biology of how Mycobacterium Tuberculosis evades the immune system so well.
Starting with this simulation of a full outer envelope of m.TB--let's explore how the deadliest & most persistent human pathogen completely hacks our immune response. #molecularbiology
Forgive me--Tuberculosis is now my entire personality.
If it ain't Myco, it don't matter.
If it ain't Myco, it don't matter.
Everything Is Tuberculosis is out in the world. I'm so grateful to everyone who will read this book. Thank you.
p.s. Let me know what color signature you get!
p.s. Let me know what color signature you get!
March 18, 2025 at 1:30 PM
Forgive me--Tuberculosis is now my entire personality.
If it ain't Myco, it don't matter.
If it ain't Myco, it don't matter.
Reposted by Clockwork
If you want to visualize string data in Blender #GeometryNodes, this 4 min tutorial if for you:
www.youtube.com/watch?v=EWUd...
www.youtube.com/watch?v=EWUd...
Blender Geometry Nodes: Importing String Data from CSV
YouTube video by Jan-Hendrik Müller
www.youtube.com
February 21, 2025 at 2:02 PM
If you want to visualize string data in Blender #GeometryNodes, this 4 min tutorial if for you:
www.youtube.com/watch?v=EWUd...
www.youtube.com/watch?v=EWUd...
🧬NEW VIDEO:
How much work does it take for one of your cells to transcribe a single gene into mRNA?
🦠It's time to explore Chapter 1 of the Central Dogma in Eukaryotes.
YT Link here: youtu.be/HZAmbbTcQ3M
Rendered in Blender using @bradyajohnston.bsky.social 's Molecular Nodes add on.
How much work does it take for one of your cells to transcribe a single gene into mRNA?
🦠It's time to explore Chapter 1 of the Central Dogma in Eukaryotes.
YT Link here: youtu.be/HZAmbbTcQ3M
Rendered in Blender using @bradyajohnston.bsky.social 's Molecular Nodes add on.
Your Operating System |Eukaryotic Transcription
YouTube video by Clockwork
youtu.be
February 13, 2025 at 3:45 PM
🧬NEW VIDEO:
How much work does it take for one of your cells to transcribe a single gene into mRNA?
🦠It's time to explore Chapter 1 of the Central Dogma in Eukaryotes.
YT Link here: youtu.be/HZAmbbTcQ3M
Rendered in Blender using @bradyajohnston.bsky.social 's Molecular Nodes add on.
How much work does it take for one of your cells to transcribe a single gene into mRNA?
🦠It's time to explore Chapter 1 of the Central Dogma in Eukaryotes.
YT Link here: youtu.be/HZAmbbTcQ3M
Rendered in Blender using @bradyajohnston.bsky.social 's Molecular Nodes add on.
My favorite place on the internet is in GREAT new hands. @jiwasa.bsky.social has CRUSHED her first two articles running the @rcsbpdb.bsky.social PDB-101 molecule of the month.
February brings us a very in-depth and timely write-up on H5 Hemagglutinin:
pdb101.rcsb.org/motm/302
February brings us a very in-depth and timely write-up on H5 Hemagglutinin:
pdb101.rcsb.org/motm/302
PDB101: Molecule of the Month: H5 Hemagglutinin
Sugar-binding protein on the surface of the H5N1 avian influenza virus
pdb101.rcsb.org
February 1, 2025 at 8:17 PM
My favorite place on the internet is in GREAT new hands. @jiwasa.bsky.social has CRUSHED her first two articles running the @rcsbpdb.bsky.social PDB-101 molecule of the month.
February brings us a very in-depth and timely write-up on H5 Hemagglutinin:
pdb101.rcsb.org/motm/302
February brings us a very in-depth and timely write-up on H5 Hemagglutinin:
pdb101.rcsb.org/motm/302
Finally rendering my next episode about the central dogma in eukaryotes. #molecularbiology
Here's a loop showing the moment RNA Polymerase II activates. DNA (white) gets spooled into the RNA POL II active site.
Simulated using the INCREDIBLE structures from the Xu Lab at Fudan University. 8WAK
Here's a loop showing the moment RNA Polymerase II activates. DNA (white) gets spooled into the RNA POL II active site.
Simulated using the INCREDIBLE structures from the Xu Lab at Fudan University. 8WAK
January 8, 2025 at 5:55 PM
Finally rendering my next episode about the central dogma in eukaryotes. #molecularbiology
Here's a loop showing the moment RNA Polymerase II activates. DNA (white) gets spooled into the RNA POL II active site.
Simulated using the INCREDIBLE structures from the Xu Lab at Fudan University. 8WAK
Here's a loop showing the moment RNA Polymerase II activates. DNA (white) gets spooled into the RNA POL II active site.
Simulated using the INCREDIBLE structures from the Xu Lab at Fudan University. 8WAK
I will always drop EVERYTHING for a Science IRL post! You should too! #biochem
New Science IRL ep is out! I got a sneak peek at the Kramer Lab's new columbine transformation protocol with @yangong.bsky.social 🌸🧬 Thank you @elenakramer.bsky.social for letting me come play in the lab again 🥹
#plantscience #scicomm
youtu.be/6-NrYNdCTzM?...
#plantscience #scicomm
youtu.be/6-NrYNdCTzM?...
I finally changed this plant's genes
YouTube video by Science IRL
youtu.be
December 4, 2024 at 12:49 AM
I will always drop EVERYTHING for a Science IRL post! You should too! #biochem
#molecularnodes GOAT got on pdb 101! Incredible year for incredible #molecularbiology
So excited to read this!
So excited to read this!
Announced: The PDB Molecule of the Month for December is the flagellar motor! An informative article paired with a beautiful artwork by Dr. David Goodsell. pdb101.rcsb.org/motm/300
@rcsbpdb.bsky.social #Science #Discovery #PDB
This is my favorite Molecule of the Month!
@rcsbpdb.bsky.social #Science #Discovery #PDB
This is my favorite Molecule of the Month!
December 2, 2024 at 12:38 AM
#molecularnodes GOAT got on pdb 101! Incredible year for incredible #molecularbiology
So excited to read this!
So excited to read this!
Wait--what's the monster lurking in the heart of photosynthesis?
Let's dive REAL DEEP and explore why leaves drop in the fall:
youtu.be/wOjkeyjJ364
#molecularBiology #botony #scicomm #biochemistry
Let's dive REAL DEEP and explore why leaves drop in the fall:
youtu.be/wOjkeyjJ364
#molecularBiology #botony #scicomm #biochemistry
The Incredible Biology Powering Autumn Colors|Leaf Senescence
YouTube video by Clockwork
youtu.be
November 1, 2024 at 7:31 PM
Wait--what's the monster lurking in the heart of photosynthesis?
Let's dive REAL DEEP and explore why leaves drop in the fall:
youtu.be/wOjkeyjJ364
#molecularBiology #botony #scicomm #biochemistry
Let's dive REAL DEEP and explore why leaves drop in the fall:
youtu.be/wOjkeyjJ364
#molecularBiology #botony #scicomm #biochemistry
👀NEW VIDEO 👀
Meet Rhodopsin, the ancient protein in your retina that physically changes when touched by light. Let's explore this structure and the golden retinal pigment that powers your vision.
Rendered with @bradyajohnston.bsky.social's incredible #MolecularNodes
#molecularbiology #blender3d
Meet Rhodopsin, the ancient protein in your retina that physically changes when touched by light. Let's explore this structure and the golden retinal pigment that powers your vision.
Rendered with @bradyajohnston.bsky.social's incredible #MolecularNodes
#molecularbiology #blender3d
October 21, 2024 at 11:01 PM
👀NEW VIDEO 👀
Meet Rhodopsin, the ancient protein in your retina that physically changes when touched by light. Let's explore this structure and the golden retinal pigment that powers your vision.
Rendered with @bradyajohnston.bsky.social's incredible #MolecularNodes
#molecularbiology #blender3d
Meet Rhodopsin, the ancient protein in your retina that physically changes when touched by light. Let's explore this structure and the golden retinal pigment that powers your vision.
Rendered with @bradyajohnston.bsky.social's incredible #MolecularNodes
#molecularbiology #blender3d