Francisco Tenjo-Castaño
@ProteoFrankie
Followers
269
Following
628
Media
25
Statuses
187
Proteins, proteins, proteins. PhD student in the Montoya group @g1_guillermo at University of Copenhagen @koebenhavns_uni | 🇨🇴🏳️🌈
Copenhagen, Denmark
Joined May 2020
"I wanted to see what no one had yet observed, even if I had to pay for this curiosity with my life." - Jules Verne.
0
0
6
RT @JoePetersLab: Tn7 family transposons that include all guide RNA-directed transposons (CAST) are common in bacteria. We now find diverse….
biorxiv.org
Tn7 family elements are DNA transposons in bacteria that show tight control of targeting, including multiple varieties that evolved guide RNA-directed transposition. We find diverse Tn7 elements...
0
9
0
RT @miroastore: That's a wrap! The results of the first #cryoEM heterogeneity challenge are up on biorxiv!. https://….
0
30
0
RT @VKleinSousa: Excited to see our work published in @ScienceAdvances!. We present RBPseg, a method for structural prediction of #phage re….
science.org
RBPseg enables accurate modeling of tail fiber structure, providing the first comprehensive tail fiber structure atlas.
0
23
0
RT @Rooshanie: Contractile injection systems are used by bacteria as tools to survive, compete and interact with their environment, check o….
0
2
0
Work hard, party hard. Your all-time favorite Ph.D. students @magmasternak and yours truly have successfully defended their theses in the last month. Doing a Ph.D. is hard but doing a Ph.D. with a true friend has felt like a breeze. Cheers to us!
3
1
11
RT @g1_guillermo: An excellent Ph.D defense of Magdalena!!!.for the thorough committee.Thanks @SimoneMattei19 @palconh and @NilssonLabCph….
0
2
0
RT @NMITaylorLab: Congratulations to first author Leyre Arraiza and all co-authors for our preprint on the structure of a PVC of Photorhabd….
biorxiv.org
Contractile injection systems (CISs) are phage-tail-like nanosyringes that mediate bacterial interactions by puncturing target cell membranes. Within these systems, Photorhabdus Virulence Cassettes...
0
7
0
RT @NickDesnoyer: In one year, I genetically engineered the boring Arabidopsis into a beautiful ornamental flower 🧬🌹. Here is how and why I….
0
679
0
RT @NMITaylorLab: Very happy our paper on Zorya anti-phage defense system is now published in.@Nature! 🥳 Big congrats to first authors.@Hai….
0
57
0
RT @NMITaylorLab: Happy to share our new paper in @Structure_CP on Rhs toxin-encapsulating shells 🦠 Congratulations to first author @Cloudy….
0
11
0
RT @NMITaylorLab: We are delighted to see our review come out in @COSB_CRSB, where we review recent advances in the understanding of ion-dr….
0
20
0
RT @EAriasPalomo: Glad to present our latest results published today in @Nature revealing the activation mechanism of the AAA+-dependent IS….
0
40
0
0
4
15
@JoePetersLab @NicholasSofos @g1_guillermo @janetiwasa @UCPH_health @umeauniversity Finally, also check out previous publications by @kellogg_liz , @MartinJinek , @lchangpurduebio , @shsternberg and @zhangf related to the V-K CAST complex. (21/21).
1
0
1
@JoePetersLab @NicholasSofos @g1_guillermo @janetiwasa And thanks to the CryoEM facility at CFIM (@UCPH_health) and @umeauniversity where data was collected. (20/21).
1
0
0
@JoePetersLab Special thanks to all co-authors @NicholasSofos, Luisa S. Stutzke, Piero Temperini, Anders Fuglsang, Tillmann Pape, Pablo Mesa and @g1_guillermo, and also to @janetiwasa for her amazing videos. (19/21).
1
0
1
@JoePetersLab Together, we envision that our results will facilitate the rational design of CAST variants to be used in #GenomeEditing. (18/21)
1
0
2