NBLST Laboratory has independently developed an effective Anti-CaSR nanobody product, targeting CaSR. This product assists researchers in optimizing experimental outcomes and providing new avenues for studying the activation mechanism of CaSR and its relevance to various disorders associated with Ca2+ dysfunction.

      Glutamate is one of the fundamental amino acids involved in nitrogen metabolism within living organisms, holding significant importance in metabolism. As a major excitatory neurotransmitter in the central nervous system, approximately half of glutamate participates in regulating synaptic transmission, encompassing nearly all functional regulations within the normal brain, including learning, memory, movement, cognition, and development.

     Nanobodies (VHH) have been proven to hold significant value for both medical research and clinical applications due to their unique physicochemical properties. However, obtaining nanobodies requires screening through nanobody libraries. Nanobo Life Sciences has constructed an alpaca VHH natural library using peripheral blood samples from 50 immunized-free alpacas.

  Nanobodies Aid in Detecting the Distribution and Proportion of Endogenous Homomeric/Heteromeric GPCR Dimers, Emerging as a Powerful Tool in GPCR Research