BioPACIFIC MIP
@BioPACIFICMIP
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BioPACIFIC MIP is a User Facility dedicated to Materials Discovery through Laboratory Automation and Bio-derived Feedstocks. #NSFfunded @CNSI_UCSB @CNSIatUCLA
UC Santa Barbara
Joined July 2020
🎉Exciting news! @BioPACIFICMIP announces 8 projects for CAPS Fellowships, enabling bench-to-automated chemistry using Chemspeed robotics. Huge thanks to the Hawker Family Fund& @Chemspeed for making this possible! Stay tuned for project spotlights!🌟 #PolymerScience #Automation
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Passionate about biomaterials & automation? 🚀 @BioPACIFICMIP is hiring an Automated Synthesis Project Scientist (JPF02913)! Salary: $88,100 - $152,300. Join us in advancing high-throughput discovery! More info: UCSB is an AA/EOE, including disability/vets
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New in @JPolymSci! 🌟 A novel method uses lipoic acid to enhance vinyl polymer degradation, addressing plastic waste while maintaining performance. ♻️ @ReadAlanizteam, @HawkerNation , Bates groups 🔗 Read more: #Sustainability #PolymerScience #Innovation
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Thrilled to share that a collaboration supported by @BioPACIFICMIP has led to a publication in @Biomac_ACS ! Congratulations to the entire team! 🎉
Our research article is now published in @Biomac_ACS! Huge congrats to the entire team @CWRUchemistry @CWRUMacro @BioPACIFICMIP @UHhospitals Injectable Fluorescent Bottlebrush Polymers for Interventional Procedures & Biomedical Imaging | Biomacromolecules
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Check out the new paper from the Bates and Lodge groups in #UMN in collaboration with BioPACIFIC MIP's @elizabethm1239 on ABC bottlebrush block terpolymer self-assembly! Read it here:
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🎉Happy New Year! Starting 2025 strong with new research from @N0tAChemb0t group & @BioPACIFICMIP! This @JACS paper explores ultradense bottlebrush polymers, their rodlike character & lyotropic ordering,paving the way for biomimetic & photonic materials. 🔗
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🌟 Researchers from the @ReadAlanizteam, @HawkerNation and Bates' groups develop telechelic dithiol polymers for tunable multiblock copolymers, enabling custom properties & degradability. 🔗 Read: @JPolymSci
#PolymerScience #Sustainability #Innovation
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New from BioPACIFIC MIP! Researchers use resonant soft X-ray scattering (P-RSoXS) to map dopant distributions in semicrystalline conjugated polymers—unlocking insights into charge transport & material design. 🔗 Read at @JPhysChem: #PolymerScience
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New from @BioPACIFICMIP! 🌟Researchers from @HawkerNation and Segalman groups use DLP #3Dprinting to create hydrogel devices for high-throughput testing of #membrane permeability & ion selectivity. Published at ACS Appl. Polym. Mater. @ACS_AMI 🔗 Read:
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New from @HawkerNation, Valentine and @professor_meh groups! 🌟 HOPO-functionalized materials show enhanced stability, metal-ion chelation, & tunable properties for cutting-edge applications like sensors & robotics. 🔗 Read more: #PolymerScience
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New from BioPACIFIC MIP! 🌟 Researchers reveal how miktoarm star polymers stabilize Frank–Kasper σ and A15 phases, unlocking new potential in material design. Learn more: #PolymerScience #Innovation #Macromolecules #BioPACIFICMIP
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📚 New in @PhysRevE! 🎉 A novel framework for uncertainty quantification in scattering analysis is here! Enhancing polymer/material insights via robust methods supported by #BioPACIFICMIP tools. 🔗 #MaterialsScience #PolymerPhysics #ScatteringAnalysis
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Excited to share @BioPACIFICMIP's latest in @J_A_C_S: scalable synthesis of degradable polymers using α-lipoic acid! High MW polymers + tunable degradation properties = 🌱 sustainable innovation. Kudos to @ReadAlanizteam, @HawkerNation and Chris Bates!🔗
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New research from BioPACIFIC MIP #Macromolecules! 🌟 @HawkerNation group demonstrated efficient C–H bond cross-linking in commodity polymers using diazirine-based methods—unlocking new potential in sustainable materials. 🔗 Read more: #PolymerScience
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RT @elizabethm1239: Thrilled to have been able to collaborate with the Fredrickson group on this work!
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New from @BioPACIFICMIP! Researchers demonstrate selective electrochemical degradation of bottlebrush elastomers using redox-active disulfide bonds—offering new methods for recycling polymers. 🔗Read more: #Polymers #Materials #Sustainability @JPolymSci
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RT @HawkerNation: Great collaboration combining theory and experiments with the Fredrickson group @ucsantabarbara
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New research from BioPACIFIC MIP researchers! 📘 'Sliding on Slide-Ring Gels' reveals unique friction-reducing properties of slide-ring hydrogels, opening doors for flexible, durable applications in biosensors and beyond. @TribologyLett 🔗 Read more:
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New from BioPACIFIC MIP researchers! 📘 The Gram–Charlier Expansion is a novel way to analyze nonideal polymer conformations, offering new precision in understanding complex structures. 🔗 Read here: #PolymerScience #Materials
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💉 New hypoglycemia treatment from @HeatherDMaynard group at @BioPACIFICMIP, featured on @MSNNews! This injectable shows promise for preventing & treating low blood sugar in diabetes patients. Big step forward for healthcare innovation! 🔗 Read more:
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