Perlstein Lab PBC the company was officially born in February 2014. What have we accomplished since? Here’s a recap of our first year (10 months), told in tweets.
Both the team and the lab itself coalesced over the course of the spring and summer. That meant assembling the infrastructure of the lab, and validating Niemann-Pick C/NPC mutant flies, worms and patient-derived cells:
Here's @Snarik unpacking our first shipment of lab equipment and consumables! pic.twitter.com/FAM5hw0aq8
— Perlara (@PerlaraPBC) April 29, 2014
Say hello to our genome-edited little friends. Personalized medicine just got evolutionary. pic.twitter.com/Wa6eBKoZrR
— Perlara (@PerlaraPBC) May 8, 2014
Today is @LabcyteInc Echo550 training day. Here's to fast, precise and green liquid transfer technology. pic.twitter.com/Z44Tu1ADkZ
— Perlara (@PerlaraPBC) September 22, 2014
By the fall, NPC mutant fly and worm phenotypic screens had been road tested on a 1,000+ compound collection of so-called bioactives, which includes FDA approved drugs and probe compounds used in preclinical research. We also got the gold standard NPC biochemical biomarker — filipin staining of intracellular cholesterol — working in multiple NPC patient-derived cell lines.
Below is a highlight reel of the optimization and industrialization processes:
Thousands of npc1 mutant flies in the "house" @perlsteinlab https://t.co/8BsG03MHPc
— Tom Hartl (@hartl_tom) September 12, 2014
Optimization of patient cell staining @PerlsteinLab. Loving HT microscopy. Thank you Vipat @moldev ! pic.twitter.com/Yo9bHUXVLN
— Nina DiPrimio (@NinaDiPrimio) October 14, 2014
C.elegans L1 larva feeding on bacteria in liquid @Perlsteinlab https://t.co/7OEijW55CY
— Sangeetha Iyer (@IyerSangeetha) October 17, 2014
— Tom Hartl (@hartl_tom) November 12, 2014
I'm watching a movie about robots that take over the planet while a robot does science for me. #mildirony pic.twitter.com/lshOKahkho
— Kiran Singh (@Snarik) November 17, 2014
After Thanksgiving, we commenced the NPC HTS campaign. Like all dry runs, we encountered unexpected snags and hiccups, but that only sharpened our protocols and methods. Just before Christmas we had our first screening positives thanks to yeast cells and 384-well plates, which can easily achieve a throughput rate of 10,000 compounds per 48 hours with a bit of teamwork:
Yeast screen stage 1; @NinaDiPrimio @IyerSangeetha @PerlsteinLab pic.twitter.com/SBL0aiBDbs
— Kiran Singh (@Snarik) December 18, 2014
Yeast-based chemical modifier screens are fast (< 48 hours) and specific (1% hit rate). Clear wells may be enhancers. pic.twitter.com/gYfbQeQP1k
— Perlara (@PerlaraPBC) December 20, 2014
We look forward to more screening positives from yeast, as well as screening positives from the NPC mutant fly and worm screens over the coming weeks and early months of 2015.