On Mimicking Phosphotyrosine
Category: structural biology
Why glutamate is generally not a suitable mimic for phosphorylated tyrosine.
Posted by Nick Anthis at 7:39 AM • 0 Comments •
The Scientific Activist
Reporting from the Crossroads of Science and Politics
Search This Blog
This Blog and the Old Site
Pass It Along
The Scientific Activist
As featured in:
Hot tip or story idea? Let me know!
Scientific Activist - 1,
Bush Administration - 0
Advancing Science through Conversations: Bridging the Gap between Blogs and the Academy
Profile
A postdoc by day and a scientific activist by night, Nick Anthis isn't letting his research in protein structure and function get in the way of defending scientific and social progress.
Subscribe via Email or RSS
Stay up to date on the latest from The Scientific Activist by email.
See updates in real time with my RSS feed.
Recent Posts
- Rhodes Secretary: Wall Street Megabonuses Draining Our Young Talent
- On Mimicking Phosphotyrosine
- AMA Advocates Change in Marijuana Classification
- Two New Papers on Integrin Activation
- New Interactive 3D Molecular Images in Scientific Articles
- Health Care Reform: It's a Matter of Convenience
- 2009 Nobel Prize in Chemistry: The Ribosome
- Bad Math at The Weather Channel
- 2009 Nobel Prize in Medicine: Telomeres and Telomerase
- Scientific Diplomacy and the Universality of Science
Top Posts
Other Stuff
biochemistry:
Two New Papers on Integrin Activation
Category: integrins
My first first-author paper and another that I contributed to shed light on the important biological process of integrin activation.
Posted by Nick Anthis at 7:39 AM • 1 Comments •
2009 Nobel Prize in Chemistry: The Ribosome
Category: Nobel Prize
The prize will be shared equally between Venkatraman Ramakrishnan, Thomas Steitz, and Ada Yonath "for studies of the structure and function of the ribosome."
Posted by Nick Anthis at 12:02 PM • 6 Comments •
Why Swine Flu Is Resistant to Adamantane Drugs
Category: structural biology
All H1N1 swine flu isolates tested to date are resistant to adamantane-based drugs. This post explains the origin of this resistance in light of what we know about the structure and function of influenza proteins.
Posted by Nick Anthis at 6:49 AM • 33 Comments •
Fine-Tuning Cell Adhesiveness
Category: integrins
The cell adapts to constantly changing conditions by controlling the adhesiveness of the integrins.
Posted by Nick Anthis at 3:48 PM • 1 Comments •
2008 Nobel Prize in Chemistry: GFP
Category: Nobel Prize
"for the discovery and development of the green fluorescent protein, GFP"
Posted by Nick Anthis at 2:12 PM • 0 Comments •
Do You Want to Be Able to Crap Gold?
Category: chemistry
That might not be possible, but ingesting isotopically-enriched food would make your waste even more valuable.
Posted by Nick Anthis at 7:37 AM • 1 Comments •
An Integrin Is Identified as a Co-Receptor for HIV
Category: HIV/AIDS
Scientists identify the alpha-4 beta-7 integrin as a co-receptor for HIV, offering a potential new drug target.
Posted by Nick Anthis at 8:23 PM • 3 Comments •
Integrin Phosphorylation as an Off Switch for Integrin Activation
Category: Life of Nick
A tiny modification can make a big difference in proteins involved in cell adhesion and migration.
Posted by Nick Anthis at 3:30 PM • 0 Comments •
My Second Scientific Paper: Matrix Protease Activity in Tumor Cell Invasion
Category: Life of Nick
The second paper from my undergraduate work at Texas A&M University was recently published in Molecular Cancer. The abstract can be found here, and the pdf of the full paper here. Molecular Cancer is an open access journal, so a...
Posted by Nick Anthis at 7:39 AM • 3 Comments •
The Structure of the Living Cell
Category: structural biology
Oxford's Iain Campbell discusses the past and future of structural biology.
Posted by Nick Anthis at 10:20 AM • 4 Comments •
My First Scientific Paper: The Stabilization of Blood Vessels by Protease Inhibitors
Category: Life of Nick
My first appearance in the peer-reviewed scientific literature provides an opportunity to learn a little bit about blood vessel development.
Posted by Nick Anthis at 10:20 AM • 7 Comments •
2006 Nobel Prize in Chemistry: Eukaryotic Transcription
Category: Nobel Prize
The 2006 Nobel Prize in Chemistry has been awarded to Roger Kornberg for his work on elucidating the molecular basis of transcription in eukaryotes.
Posted by Nick Anthis at 8:23 AM • 2 Comments •
2006 Nobel Prize in Physiology or Medicine: RNA Interference
Category: biochemistry
The 2006 Nobel Prize in Physiology or Medicine was announced this morning, with one half going to Andrew Fire and the other half to Craig Mello, both for the discovery of RNA interference (RNAi). The discovery of RNAi added a...
Posted by Nick Anthis at 9:38 AM • 0 Comments •
Fantastical Fridays: Genetic Engineering's Next Challenge - The Smiley Face
Category: Fantastical Fridays
Genetic engineering holds a great deal of promise, but it can only be used on things that are "alive". Still, scientists have found other ways to make the stuff of genes, DNA, come alive in more artistic ways.
Posted by Nick Anthis at 7:45 AM • 0 Comments •
Fantastical Fridays: NMR Goes Natural, Baby!
Category: Fantastical Fridays
In NMR, bigger really is better, at least when it comes to magnetic field strength, and the entire field has in some ways become one big manhood size-measuring contest. One group, though, reported earlier this year in Nature Physics that sometimes it may be better to just go natural. Forget about all of the high-tech magnets--just use the big one right under your feet!
Posted by Nick Anthis at 7:59 AM • 11 Comments •
Nobel Laureate Robert Huber to Give Talk at Oxford
Category: events
This is a plug for an event that the Oxford University Biochemical Society is putting together. This Monday, June 12th, at 4:00 pm the Oxford University Biochemical Society will be hosting a talk by Nobel Laureate Robert Huber in the...
Posted by Nick Anthis at 10:04 PM • 2 Comments •
