We started with a Pledge to tackle the most challenging drug targets in modern medicine: we are pursuing some of the most sought-after targets in drug discovery
@JohnCendpts my deepest thoughts & prayers!
Merkel cell #polyomavirus & others including #BKvirus are under appreciated. Given the mention of kidney failure (& possible future transplantation) #BKV is a real threat. Raising awareness is critical. We have developed the first oral, directed, antiviral targeting this family of viruses @PledgeTx @orthogontherapeutics.
Deal deep dive:
~70% of private biotech deals are in immunology; high buyer interest in immune-modifying treatment
Multispecific antibody deals dominated Q2; pressure to enhance biologic design is on
3 of 7 biologic deals are cytokine-based; are interleukins the future?
Big pharma's top selling medicines are set to lose patent protection, fueling an M&A frenzy.
The first half of this year saw 13 private biotech buyout deals, surpassing the M&A pace set in the last six years.
Will this trend continue?
Sources: BioPharmaDive, AcuityKnowledge
This month, we bid farewell to Dominic Lo and Tran Le. Thank you for your contributions to Pledge, and best of luck in medical & graduate school!
As we say goodbye, we're also thrilled to welcome Dr. Nagraj Mani as our new Senior Director of Virology! #Pledge#TeamGrowth
๐This week we celebrate the birthday of Rosalind Franklin (25 July 1920): Trailblazing chemist & crystallographic, her X-ray work was vital in unravelling the DNA structure!๐งฌ #WomenInScience#WomanInCrystallography#leadership
Tremendous news from Orthogon Therapeutics @PledgeTX Antiviral Arm๐คฉ$6M secured for pioneering #BKvirus drug! Our team's dedication and ingenuity bring us closer to delivering the first-ever treatment for #BKvirus! A groundbreaking journey is ahead of us!
https://t.co/tv4QRVrnis
Once again, our backers have demonstrated their belief in our technology platform and in our mission to develop innovative treatment options for transplant patients https://t.co/nPVcgVD7kh
Farewell, @KULeuven Master Students!๐After an incredible year of hard work and promising results, we celebrate our student's achievements with a BBQ!๐๐ Best wishes from all of us at @PledgeTx !
#Brightfuture#DreamBig
Interesting read!#BKV and JC virus create latent infections of kidney cells; immune changes can trigger reactivation and disease. Understanding their behavior is crucial for #smallmolecule interventions.
@PledgeTx#Polyomavirus#SmallMolecule#research
https://t.co/GSdwXYvZe8
Cryo-EM has achieved atomic resolution and it unlocks new insights and enhances its role in structure-based #drugdesign. At @PledgeTX we employ CryoEM alongside X-ray crystallography, and these advancements are exciting! #Science#DrugDesign
https://t.co/POAbJ1i5BE
What a great week at #BIO2023 Boston! Our Belgian scientists forged an alliance with a llama unleashing a new therapeutics area at @PledgeTx: Hold onto your lab coats as we introduce nanobodies into our therapeutic modalities! #InnovativeTherapeutics#BioTechDiscoveries#research
Meet us at the Biotechnology Innovation Organization's #BIO2023 conference in Boston! We are excited to connect with fellow pioneers and industry leaders and collaborate to drive innovation in the field of biotechnology.
#BIO2023#Boston#BiotechInnovation#standupforscience
Reliable protein models are crucial for #small-molecule #drugdiscovery! @PledgeTx is developing innovative #AI-driven programs to leverage the full potential of prediction data and identify #smallmolecule binders for disease-modifying targets #innovation
https://t.co/bDYguyrPOE
Proteins are the origin of most diseases. Scientists at @PledgeTx produce these disease-causing proteins in a high yield and purity and go above and beyond in the number of constructs to identify the one that gives the best-behaved protein! #Drugdiscovery#research#Biotech
Congrats to Stephen Weeks, Director of #StructuralBiology and #Biophysics at @PledgeTx for his new publication at @CommsBio about "Partitioning of the initial catalytic steps of leucyl-tRNA synthetase is driven by an active site peptide-plane flip" with @KU_Leuven
Crystal structures for leucyl-tRNA synthetase in N. gonorrhoeae reveal multi-domain conformational changes that correlate with a local peptide-plane flip in the active site to compartmentalize catalytic steps.
@PledgeTx@KU_Leuven@Zagreb_Uni
https://t.co/jGfsjEe7OD
The expanding role for small
molecules in immuno-oncology https://t.co/B9R1UkCFuc
A new review covering small molecules targeting cancer metabolism, cytokine/chemokine and innate immune pathways and T cell checkpoints that could be complementary to PD1/PDL1 inhibitors