Explore how peptide–drug conjugates are advancing targeted delivery research in leukemia, lymphoma, multiple myeloma, and MDS.
https://t.co/K3gRu6RAcV
#PDCs#Peptides#DrugDelivery#CancerResearch
Peptide-drug conjugates (PDCs) are advancing targeted cancer therapy.
Our new blog explains how different linker chemistries control stability, payload release, and therapeutic efficacy.
Read more: https://t.co/Tt6OGkyfhg
#PDCs#CancerTherapy#TargetedDrugDelivery#DrugDiscovery
Peptide linkers can make or break fusion protein performance. Learn how linker design influences flexibility, stability, and function in protein engineering.
https://t.co/AeVB60KWAY
#ProteinEngineering#PeptideLinkers#Biotech
Bicyclic peptides continue to gain traction in drug discovery.
Our latest blog discusses a bismuth-based, single-atom crosslinking strategy for generating rigid, next-generation peptide scaffolds.
https://t.co/zdFj5Kk5TQ
#MacrocyclicChemistry#ChemicalInnovation#PeptideScience
📘 New blog post: DNA–peptide conjugates as a strategy to break the nuclear barrier in non-viral gene delivery—covering design principles, mechanisms, and research applications.
Read here 👇
https://t.co/9zMYZqsoiK
#GeneTherapyResearch#ChemicalBiology#NucleicAcids
How do structure and chemistry drive the immune effects of bovine thymic peptides? 🤔 Dive into our latest blog to connect the dots between peptide profiles and biological activity.
👉 https://t.co/vVEcVKPwv5
#Immunology#PeptideScience#Bioactivity
🔬 Exploring the therapeutic potential of recombinant LL-37 against antibiotic-resistant pathogens! From innate immunity to next-gen treatments — learn how this peptide could change the game. 🧬💥
👉 https://t.co/A2o3flawsF
#Antimicrobial#InnateImmunity#LL37#Biotech
Oral peptide drugs were once thought impossible.
SNAC changed that.
🔬 How permeation enhancers enable oral semaglutide
🧬 A molecular view of membrane interaction, aggregation & transport
Read more:
https://t.co/EPTJDI3v07
#PeptideDrugs#DrugDelivery#GLP1#PharmaScience
Retro-inverted peptides are shaping a new design rule for precision antimycobacterial therapy—boosting potency and specificity against Mycobacterium. #AntimicrobialPeptides#PeptideDesign#TuberculosisResearch
Read more: https://t.co/ItfPLblR10
Advanced fractionation is unlocking the true power of bioactive peptides. 🔬
See how smarter separation strategies enhance peptide functionality in our latest blog:
https://t.co/iMIK1K1Y9f
#peptide
Elamipretide (SS-31) is a mitochondria-targeted research peptide widely used in cardiolipin and mitochondrial function studies. We break down its mechanism, applications, and research relevance in our latest blog:
https://t.co/aO8qewVnOw
#ResearchPeptides#Mitochondria#peptides
Why did early peptide cancer vaccines fail—and why are they succeeding now?
We break down how rational design is changing cancer immunotherapy.
https://t.co/7IEEZaHzLc
#Immunotherapy#Oncology
Peptide materials don’t assemble by chance.
Sequence context—not just composition—determines whether peptides form liquids, gels, or crystals.
🧬 Decode the assembly logic:
👉 https://t.co/XaT0Ldyd0M
#PeptideMaterials#SupramolecularAssembly#Biomaterials
As 2025 comes to a close, we want to say thank you for your trust in LinkPeptide.
To celebrate Christmas:
🎄 New customers: 10% off
🎄 Returning customers: 15% off
📅 Dec 3–30, 2025
Replenish your research materials and get a head start on the new year 👉https://t.co/ffarotgcVn
Need custom peptides?
Our Peptide Synthesis Service delivers high-purity, research-grade peptides tailored to your specs.
🔬 Fast turnaround
💯 Guaranteed quality
🌍 Global delivery
👉https://t.co/xwPc9eJdwS
#peptides#biotech#researchtools#lifescience#drugdiscovery
Happy Independence Day!
Today, we celebrate freedom, resilience, and the spirit of innovation. Wishing everyone a joyful and safe 4th of July from all of us at LinkPeptide!
#IndependenceDay#4thOfJuly#LinkPeptide#ScienceForFreedom