Antibodies Available for Nonexclusive Licensing |
| Internal
Case Number |
Title |
Lead Innovator |
Description |
| OCR 00000295 |
Antisera Specific for
Na,K-ATPase a and b Subunits |
Andrew Shyjan |
|
| OCR 00000646 |
CerCLIP.1 |
Peter Cresswell |
monoclonal antibody which
recognizes a fragment of the HLA class II-associated invariant chain which is
surface-expressed in association with HLA class II molecules which cannot
mediate antigen processing |
| OCR 00000691 |
Monoclonal Antibodies to
Sodium-Potassium Adenosine Tri- phosphatase Subunits: Alpha 1 and Beta 1
C464.6; C464.1; C464.8 |
Michael J. Caplan |
|
| OCR 00000706 |
Rabbit, Human and Mouse
Ksp-cadherin Genes, the Protein Products of These Genes, and Antibodies
Generated Against These Genes. |
Peter Aronson |
|
| OCR 00000717 |
Polyclonal Antibodies R1P1,
R1P7, R1P8, R2 |
Elizabeth Corbett |
polyclonal antibodies to mouse
Rag-1 and Rag-2 |
| OCR 00000765 |
The Use of Monoclonal Antibodies
Against Human DNA Topoisomerase I for Diagnosis, Treatment and Research |
Yung-Chi (Tommy) Cheng |
|
| OCR 00000785 |
Monoclonal Antibody Specific for
Mouse, Human, Chick Hoxc-8 |
Frank H. Ruddle |
|
| OCR 00000808 |
MaP.DM1 |
Peter Cresswell |
IgG1 monoclonal antibody which
recognizes the human HLA-DM molecule essential for antigen processing |
| OCR 00000820 |
Anti AP-2 Monoclonal Antibody
"3B5" |
Trevor Williams |
|
| OCR 00000850 |
Mouse Cell Lines Producing
Monoclonal Antibodies 10C11; 9G10 and 4C8 |
William C. Summers |
|
| OCR 00000874 |
Fusion Phage Antibodies for
Detection of Antibodies, Antigens, and Haptens in Serum |
Alan Garen |
system for designing new
secondary antibodies; improvements to immunodiagnostic kits, increasing
sensitivity of detection and reliability, and decreasing cost |
| OCR 00000893 |
Rab4, Rab5, human Transferrin polyclonals & Lamp1 and Lamp2 monoclonal antibodies |
Ira S. Mellman |
anti-LAMP2 monoclonal antibody
(clone GL2A7) |
| OCR 00000910 |
Rabbit anti-HsRad51 serum,
HsRad51 Protein and Expression Construct, HsUbc9 Protein and Expression
Construct, HsRad52 Expression Construct |
Charles M. Radding |
|
| OCR 00000917 |
Antibodies, HMG1 and HMG2 |
David G. Schatz |
polyclonal |
| OCR 00000936 |
Anti-NHE1 Monoclonal Antibody
4E9; Anti-NHE3 Monoclonal Antibodies 2B9, 4F5 and 19F5(Reagent Licensing) |
Peter Aronson |
|
| OCR 00000939 |
Mouse hybridoma cells producing
monoclonal antibodies against amphiphhysin I, AP-180 and Dynamin 1 |
Pietro DeCamilli |
|
| OCR 00000981 |
Phosphopeptide antibody: A
rabbit polyclonal antibody raised against a peptide containing
phospho-Thr-169 derived from the sequence of Cdc28p in S. cerevisiae |
Mark Solomon |
|
| OCR 00001016 |
Catenin-Specific Polyclonal
Antibodies: Beta-Catenin and Alpha-Catenin |
David L. Rimm |
|
| OCR 00001074 |
3A2 Hybridoma Cell Line for the
Production of Monoclonal Anti-HuR Antibody 3A2 |
Joan A. Steitz |
|
| OCR 00001081 |
Monoclonal Antibody to Human
IP30 |
Peter Cresswell |
|
| OCR 00001091 |
Cat-301 |
Susan Hockfield |
hybridomas producing monoclonal
antibodies to cat spinal cord antigens; Cold Spring Harbor is lead in
licensing |
| OCR 00001153 |
Ly-6I fusion protein and rabbit
anti-Ly-6I polyclonal antibody |
Alfred Bothwell |
|
| OCR 00001169 |
Polyclonal antibodies to the Arg
non-receptor tyrosine kinase |
Anthony J. Koleske |
|
| OCR 00001331 |
C398.4A (anti-H4/ICOS)
Monoclonal Antibody |
Charles A. Janeway |
|
| OCR 00001447 |
MaP.ERp57 - a mouse monoclonal
antibody (IgG1) against the human protein ERp57. |
Peter Cresswell |
|
| OCR 00001452 |
Na HCO3 Cotransporter
Antibodies: K1A and B1B |
Walter F. Boron |
sodium bicarbonate cotransporter polyclonal antibodies, K1A and B1B; responsible for the critical regulation of biological fluid and bodily pH via the bicarbonate/CO2 buffering system in epithelial and nonepithelial cells |
| OCR 00001488 |
Humanized antibodies against
West Nile virus |
Erol Fikrig M.D. |
|
| OCR 00001498 |
Caveolin Antibodies |
William Sessa |
polyclonal anti-phosho-Ser 23
cav-2, anti-phospho-Ser 36 cav-2, and anti-caveolin-2 |
| OCR 00001692 |
Y-Ae -- A novel
MHC-restricted monoclonal antibody |
Charles A. Janeway |
|
| OCR 00001706 |
Nestin Monoclonal Antibodies |
Susan Hockfield |
|
| OCR 00001728 |
Antibodies to ERM protein
invasiveness of cancer cells and identify the presence and level of ERM
proteins in proliferation condition |
Frededrick Naftolin |
|
| OCR 00004103 |
OTX2 Antibodies |
Flora Vaccarino |
rabbit polyclonal or monoclonal
antisera directed against OTX2 |
| OCR 00004109 |
Monoclonal antibodies to NHE8
ion exchanger |
Peter Aronson |
|
| OCR 00004197 |
Monoclonal Antibodies to the
Propeptide of Candida Albicans and Methods of Use |
Margaret K. Hostetter |
|
| OCR 00004293 |
Anti-NXF-2 Polyclonal Antibody |
Yingqun Huang |
|
| OCR 00004562 |
IID2 to alpha I spectrin (human) |
Jon Morrow |
Yurchenco, PD., speicher, DW., Morrow, JS, Knowles, W. J., and Marchesi, VT. (1982) J. Biol. Chem. 257, 9102-9107. |
| OCR 00004563 |
VD4 against beta I spectrin (human) |
Jon Morrow |
Harris, AS., Anderson, JP., Yuchenco, PD., Green, D., Ainger, KJ., and Morrow, JS. (1986) J. Cell Biochemistry 30, 51-69. |
| OCR 00004589, OCR 00004590 |
Phospho-specific NHE3 Antibodies: (1) anti-phosphoserine 552 (clone 14D5), (2) anti-phosphoserine 605 (clone 10A8) |
Peter Aronson |
Biemesderfer, D., Rutherford, P.A., Nagy, T., Pizzonia, J.H., Abu-Alfa, A.K. and Aronson, P.S. Monoclonal antibodies for high resolution localization of NHE3 in adult and neonatal rat kidney. Am. J. Physiol. 273:F289-F299, 1997; Kocinsky, H., Girardi, A.C., Biemesderfer, D., Nguyen, T., Mentone, S., Orlowski, J., and Aronson, P.S. Use of phosphospecific antibodies to determine the phosphorylation of endogenous Na+-H+ Exchanger NHE3 at PKA consensus sites. Am. J. Physiol. 289: F249-F258, 2005. |
| OCR 00004898 |
mAB MAP.VIP (anti-human Viperin) |
Peter Cresswel |
IgG2a |
| |
Rabbit anti-megalin (serum). |
Peter Aronson |
This antibody was raised to the entire C-terminal, cytoplasmic domain of opossum megalin. This antibody works in all vertebrates tested including Zebra fish, mouse, rat, rabbit, opossum and human. This antibody can be used for western blot, immunocytochemistry using all type of fixation, and immunoprecipitation. (Zou et al., JBC 279:34302, 2004). |
| |
Mab 6A6 (anti-megalin). |
Peter Aronson |
Dudas, P.L., Mentone, S., Greineder, C.F., Biemesderfer, D., and Aronson, P.S. Immunolocalization of anion transporter Slc26a7 in mouse kidney. Am. J. Physiol. 290:F937-F945, 2006. |
| |
Mab 6E10 (anti-megalin). |
Peter Aronson |
This antibody was prepared from a mouse immunized with the entire C-terminal, cytoplasmic domain of opossum megalin. As far as we know this antibody is species specific (opossum). This antibody can be used for western blot, immunocytochemistry, and immunoprecipitation. (Zou et al., JBC 279:34302, 2004). |
| |
Mab 6E10 (anti-megalin). |
Peter Aronson |
This antibody was prepared from a mouse immunized with the entire C-terminal, cytoplasmic domain of opossum megalin. As far as we know this antibody is species specific (opossum). This antibody can be used for western blot, immunocytochemistry, and immunoprecipitation. (Zou et al., JBC 279:34302, 2004). |
| |
Mab 6A6 (anti-megalin). |
Peter Aronson |
This antibody was prepared from a mouse immunized with the brush border membrane vesicles from opossum kidney. As far as we know this antibody is species specific (opossum). This antibody can be used for western blot, immunocytochemistry, and immunoprecipitation. (Zou et al., JBC 279:34302, 2004). Receptor-associated protein (RAP) is a chaperone protein that cotranslationally assembles with all members of the lipoprotein receptor gene family including megalin, LRP and LDL receptor |
| |
Rabbit anti-RAP (serum). |
Peter Aronson |
This antibody was raised to a fusion protein representing the entire RAP protein (rat). Species reactivity is unknown. This antibody can be used for western blot, immunocytochemistry and immunoprecipitation. The characterization of this antibody has not been published. Megalin is a lipoprotein receptor expressed in kidney, CNS, lung, thyroid gland and possibly other tissues. In kidney, it functions as the primary mechanism for protein reabsorption. Our studies (Zou et al., JBC 279:34302, 2004) show megalin is subjected to regulated intramembrane proteolysis (similar to Notch) and thus may function as a signaling molecule as well as a receptor. |
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