Lyman Monroe

PhD candidate in Biophysics at Purdue's Kihara Bioinformatics Lab. Pub: "Variability of Protein Structure Models from Electron Microscopy." 🔬⚛️☕

[Lyman Monroe @Monroe_Lyman]

Check out my paper in Structure! #electronmicroscopy #biophysics #cryoEM #moleculardynamics #NAMD Thanks @kiharalab https://t.co/Rud1uqdRCZ

[Structure @Structure_CP]

New work from @kiharalab examines variability of protein structure models from Electron Microscopy #EM https://t.co/oBglQWc3TB

[Kihara Laboratory @kiharalab]

New paper just online on PLoS Computational Biology!
A global map of the protein shape universe, Xusi Han, Atilla Sit, Charles Christoffer, Siyang Chen, Daisuke Kihara, https://t.co/CJfctX87d4

[Kihara Laboratory @kiharalab]

Genki Terashi giving his poster presentation on MAINMAST, a protein modeling tool for cryo-EM at #BPS19 #BPS2019 in Baltimore today! @purduebiolsci

[Lyman Monroe @Monroe_Lyman]

My office mate's paper is out.
Pretty good read.

[Kihara Laboratory @kiharalab]

The article of Phylo-PFP now online on Bioinformatics. "Phylo-PFP: improved automated protein function prediction using phylogenetic distance of distantly related sequences" by Jain & Kihara https://t.co/OP4SXhJROF

[Kihara Laboratory @kiharalab]

Research News on the Biology Department website:
"Kihara lab predicting assembly order of multimeric protein complexes"
https://t.co/CIIFyKZDHv

[Kihara Laboratory @kiharalab]

We will attend Biophys Soc. Meeting in San Francisco. Have a talk & a poster on 18th (Sun) and another poster on 21st (Wed). See you there! https://t.co/30PpmFhoeW #bps18

[Lyman Monroe @Monroe_Lyman]

Some more great work from Kihara lab. Here the order of protein chain assembly into larger complexes is predicted. https://t.co/i3kCAWobKw

[Kihara Laboratory @kiharalab]

New paper just released: "Modeling the assembly order of multimeric heteroprotein complexes" Peterson et al., @PLOSCompBiol https://t.co/N49w4RXww9

[Lyman Monroe @Monroe_Lyman]

Some solid work from our lab. https://t.co/6OxHHfqDrR

[Kihara Laboratory @kiharalab]

New paper online "Protein 3D Structure and Electron Microscopy Map Retrieval Using 3D-SURFER2.0 and EM-SURFER" by Han, Qing, & Kihara on Curr Proc Bioinformatics https://t.co/QkjuExIpkN

[Los Alamos National Laboratory @LosAlamosNatLab]

#Computer Simulations Reveal Roots of Drug Resistance https://t.co/3SADtcf9m8

[Protein Data Bank @PDBeurope]

A new fold! The β-taco is described by @Rhys__G et al in @Structure_CP https://t.co/R7UfCRxLtB

[Lawrence Livermore National Laboratory @Livermore_Lab]

Our newest and fastest supercomputer is taking shape! Sierra will be a 125-petaFLOPs/second (peak) machine, projected to about 6x the sustained performance of our current workhorse, Sequoia. 😲 https://t.co/qv5TeyH4Dt

[Lyman Monroe @Monroe_Lyman]

Simulation tip: When your computer starts to sound like an empty soda, it's working.

[Kihara Laboratory @kiharalab]

In Silico Str-Based Approaches to Discover Protein-Protein Interaction-Targeting Drugs by Shin, Christoffer, Kihara https://t.co/Ml6HeMKkKX

[McHeyzer-Williams @mmw_lmw]

Predatory #ciliate 200X | A favorite | CharlesKrebs WA | @NikonSmallWorld https://t.co/Wfusiqd8io

[Kihara Laboratory @kiharalab]

Slide shared: How reliable are protein structures by electron microscopy? by Lyman, Terashi, Kihara @ #GLBIO2017 https://t.co/We6MwP4SKo

[Lyman Monroe @Monroe_Lyman]

For when there isn't time in the day to read a whole paper, a poster can make for a fair substitute.
https://t.co/xkfYlaKGig