Flash Calendar Event May 2024
Check your Rippy Desk Calendar for the date of the Flash Event!
Check your Rippy Desk Calendar for the date of the Flash Event!
Check your Rippy Desk Calendar for the date of the Flash Event!
Check your Rippy Desk Calendar for the date of the Flash Event!
Check your Rippy Desk Calendar for the date of the Flash Event!
Check your Rippy Desk Calendar for the date of the Flash Event!
Validated Antibodies targeting NGFR and Melanopsin NGFR Antibodies NGFR (mu p75) Rabbit Polyclonal [AB-N01] AB-N01 also known as mu p75, and the affinity-purified version, AB-N01AP recognize the p75 receptor in mouse. Applications include immunohistochemistry, immunoprecipitation, immunoblotting, flow cytometry, and blocking the function of nerve growth factor receptor. NGFR (ME20.4, p75) Mouse Monoclonal [AB-N07] AB-N07 also known …
pHast Conjugates Video Introduction Also available in Chinese | French | German | Italian | Japanese | Korean | Portuguese | Spanish An introduction to our pHast product line: pH-sensitive fluorescent secondary conjugates designed to fluoresce when exposed to the environment inside of a cell. pHast Conjugates Video 02 Also available in Chinese | French …
Screening targeting agents and their cell surface biomarkers for high specificity and rapid internalization via cell death and fluorescence. Ancheta L, Bouajram R, Lappi DA (2018) Society for Neuroscience, San Diego, CA. Abstract Some of the most recent successes in the treatment of cancers or research into passive immunotherapies for neurodegenerative diseases, employ the use …
Elimination of NPYR+ Neurons with NPY-Saporin : A Review of the Literature Patrick A. Shramm, Denise Higgins, Douglas A. Lappi • Advanced Targeting Systems, Carlsbad, CA Abstract Introduction: NPY-SAP is a conjugate of Neuropeptide Y and the ribosome-inactivating protein (RIP) saporin. The idea behind the invention of NPY-SAP is to introduce it using the ligand’s …
Elimination of NPYR+ Neurons with NPY-Saporin : A Review of the Literature Read More »
Intrinsically photosensitive retinal ganglion cells (ipRGCs) contain melanopsin. The ipRGCs, with their amazing long processes, are involved in the perception of light and dark and are circadian rhythm determinants. Anti-Melanopsin staining on either flat-mount or cross-section staining of mouse retina.