vmulligan's avatar

vmulligan

351 Watchers335 Deviations
91.5K
Pageviews
Xelabrimbor
Joeseph85
Haydencygfyfyffy
CR99nut
PhPhreddy
OmalleyDakota
JonathanD-Bluestone
pau90i
kaamlok09
verywhy12
Minitayue
CollectiveArtConglom
Science-Illustration
Hypertaf-Tafkah
krynn-inactive
OilPainters
PaintingOpen
Traditional-Painting
GrahamTG
Eaglesg
Stjepan-Sejic
The3DArtistClub-v2
MarkJayBee
Euderion
panjoool
Bonekrishna
BlenderNation-DA

Deviation Spotlight

Artist // Hobbyist // Digital Art
  • United States
  • Deviant for 16 years
  • He / Him
Badges
Heart: Love is in the air, someone is thinking of you! (1)
Bleeding Love: Someone shared their passion! (1)
Bronze Fragment: If this was the Olympics, you’d have made the podium!
Super Albino Llama: Llamas are awesome! (154)
My Bio

I'm a computational biochemist who works on protein and peptide design and structure prediction, with applications in medicine. Here's a list of my publications on PubMed. In my free time, I dabble in digital art and in photography.

Profile Comments 389

Join the community to add your comment. Already a deviant? Log In

Just wanted to say your work is really nice.



Anyways, have a good week!

Hey Vikram,

Not sure you check this, thought I would say hello.  This is Aaron from PASU.  Just wanted to send along a hello!  Your work is awesome.

Cheers!
Hey, good to hear from you!  How are you doing?
Hello! I Love your work so much!  I joined DA when I was in junior high school because i love painting. Then i major in chemistry i have no time to paint. Last week i was asked by my teacher to draw illustration for my polymer paper. Then i saw your painting! it was awesome! To see two of my fav.(art and chem.) jioned together!
Hello! Love your work.  Curious if you've thought about or have produced any polymeric entanglement imagery?  We're in search of some and would be interested to connect if so.  Thanks and enjoy the northwest! 
No, I'm afraid I haven't thought much about entanglement (or, at least, that definition of "entanglement" -- my first thought was quantum entanglement)!  Peptides are often too short, and we're usually designing them to fold, so that they won't end up entangled.  Entanglement of polymer chains is definitely an interesting phenomenon, but not one that I've illustrated before.