GáborApjok (@apjokgabor) 's Twitter Profile
GáborApjok

@apjokgabor

Genome engineering, phages, mead/beer brewing, martial arts

ID: 1101374988693749761

calendar_today01-03-2019 06:53:54

20 Tweet

54 Followers

167 Following

Nature Microbiology (@naturemicrobiol) 's Twitter Profile Photo

ICYMI 📣Application of reprogrammed bacteriophage to functional metagenomics improves identification of antibiotic resistance genes Balint Kintses GáborApjok BalintKintsesLab @tamas_stirling csaba pal nature.com/articles/s4156…

Jeremy J Barr (@jeremyjbarr) 's Twitter Profile Photo

The latest work from our lab answers a question we have been asked many times. Why do mammalian cells uptake bacteriophage? The quick answer - cells are eating the phages! See below for details on this work that was led by our PhD graduate Marion Bichet

Jeremy J Barr (@jeremyjbarr) 's Twitter Profile Photo

We start by showing that our cell lines rapidly internalised bacteriophage T4, which is shown here fluorescence labelled in green while being engulfed by a mammalian cell over a ~1hr period. Importantly, phages accumulate inside cells in high numbers for long periods of time.

David Bikard (@dbikard) 's Twitter Profile Photo

If like me you like to analyse genomics data in Jupyter notebooks I have something for you: dbikard.github.io/genomenotebook/

If like me you like to analyse genomics data in Jupyter notebooks I have something for you:
dbikard.github.io/genomenotebook/
Kevin Folta (@kevinfolta) 's Twitter Profile Photo

Genetic Engineering 1993 We were right, they were wrong. 2003 We were right, they were wrong. 2013 We were right they were wrong. 2023 We are right, they are wrong. We have three decades of being trashed by enemies of science. Why do people still believe them? #GMO

Genetic Engineering

1993 We were right, they were wrong.
2003  We were right, they were wrong.
2013 We were right they were wrong. 
2023 We are right, they are wrong.

We have three decades of being trashed by enemies of science.

Why do people still believe them?
#GMO
Andrey Shkoporov (@ashkoporov) 's Twitter Profile Photo

Our collaboration with YSBL University of York resulted in this stunning atomic resolution structure of (nearly) complete virion of crAss001, a crAss-like phage. Huge congrats and thanks to Oli Bayfield, Fred Antson, and all co-authors on this paper! nature.com/articles/s4158…

Our collaboration with <a href="/YSBL_York/">YSBL</a> <a href="/UniOfYork/">University of York</a>
resulted in this stunning atomic resolution structure of  (nearly) complete virion of crAss001, a crAss-like phage. Huge congrats and thanks to Oli Bayfield, Fred Antson, and all co-authors on this paper! nature.com/articles/s4158…
Paul Bollyky (@bollyky) 's Twitter Profile Photo

Excited to share our work using phages to identify bacterial pathogens in sepsis. Because phages are highly specific for their bacterial hosts, they offer strain-level resolution that could enhance cell free DNA diagnostics nature.com/articles/s4156…

Ilia Gelfand (@brat_i) 's Twitter Profile Photo

I was asked if I can review a manuscript for Nature Communications. They charge authors 6250 USD APC. I am expert in field they request me to review. It will take me at least full day of work because field is pretty complex. I want to ask for 2000 USD for the job. Your opinion?

Matthias Fischer (@the_fischer_lab) 's Twitter Profile Photo

This is what viral diversity looks like! biorxiv.org/content/10.110… Together with our EM wizard Ulrike Mersdorf at Max Planck Institute for Medical Research and Jeff Blanchard at UMass Amherst, I am thrilled and proud to present our latest work on virus-like particles on soil! (1/7)

This is what viral diversity looks like!
biorxiv.org/content/10.110… 
Together with our EM wizard Ulrike Mersdorf at <a href="/mpi_mr_hd/">Max Planck Institute for Medical Research</a> and Jeff Blanchard at <a href="/UMassAmherst/">UMass Amherst</a>, 
I am thrilled and proud to present our latest work on virus-like particles on soil! (1/7)
PhageCast (@phagecast) 's Twitter Profile Photo

NEW EPISODE OUT! 📢 In our latest episode, we had the pleasure of discussing groundbreaking research with Rob Lavigne, a renowned Professor in the Faculty of Bioscience Engineering of the KU Leuven, leading the Laboratory of Gene Technology.

NEW EPISODE OUT! 📢

In our latest episode, we had the pleasure of discussing groundbreaking research with <a href="/RobLavigne1/">Rob Lavigne</a>, a renowned  Professor in the Faculty of Bioscience Engineering of the KU Leuven, leading the Laboratory of Gene Technology.
Tom Ireland (@tom_j_ireland) 's Twitter Profile Photo

To all at #vom2023 - hope it's fun! Don't forget the first mass-market book on microbial viruses has just been released and is available to buy now: amazon.co.uk/gp/aw/d/152936…

David R. Liu (@davidrliu) 's Twitter Profile Photo

Alyssa is the first patient to receive a base edited therapeutic (triply base edited CAR-T cells that cleared her T-cell leukemia), doing well now more than two years post-treatment thanks to the efforts of Waseem Qasim’s team and GOSH.