Model Organism Antibodies

OVERVIEW

From non-human origins, model organisms provide rich biological data to help researchers understand homologous human diseases, their related pathways, and/or other biological mechanisms.

Model organisms can be selected by their characteristics, such as organism size, life expectancy rate, generation cycle, reproduction rate, genome size, maintenance cost, whether they’re homologous with humans, etc. Studying model organisms and their antibodies can provide insights to many biological problems, which are unethical or impractical to perform on real human subjects.

Model Organism Antibodies Fig.1 Animal models for SARS-CoV-2. (Peng, et al)

Model Organism Examples

Caenorhabditis elegans is a species of nematode worms that has been successfully used to study nervous diseases and signal pathway mechanisms. Research on its chemotaxis/thermotaxis behavior, learning, and memory ability proven to be beneficial.
Drosophila melanogaster is an attractive model for researchers who study genetic and physiology disease, microbial pathogenesis, as well as some common human cancers. There are a vast range of genetic tools available for use to study Drosophila melanogaster and these data can help answer questions regarding cancer initiation and progression.

Some other model organisms can also aid to biology research, such as Zebrafish, Yeast, E. coli, etc. Overall speaking, there is an urgent need to develop specific antibodies against model organisms that can be further used in the study of human diseases and other research.

Our Model Organism antibodies

Creative Biolabs is dedicated to developing a variety of model organism antibodies, including but not limited to zebrafish antibodies, nematode antibodies, monkey antibodies. With several already validated antibodies, our model organism antibodies are unmatched and can help you cover a wide range of research hotspots.

We provide various model organism antibodies including but not limited to:

Model Organism Antibodies Zebrafish | Antibody

Model Organism Antibodies D. melanogaster | Antibody

Model Organism Antibodies Rhesus | Antibody

Model Organism Antibodies C. elegans | Antibody

Model Organism Antibodies Arabidopsis | Antibody

Model Organism Antibodies Rice | Antibody

Model Organism Antibodies Yeast | Antibody

Model Organism Antibodies E. coli | Antibody

For further details, please do not hesitate to contact us and see how we can help you reach your clinical vision.

References

Brugman S. The zebrafish as a model to study intestinal inflammation. Developmental & Comparative Immunology. 2016 Nov 1;64:82-92.
Chatterjee D, Deng WM. Drosophila Model in Cancer: An Introduction. The Drosophila Model in Cancer. 2019:1-4.
Peng, X., et al. Animal models for SARS-CoV-2 infection and pathology. MedComm. 2021, 2(4), 548-568.

For research use only, not directly for clinical use.

TARGET SEARCH

A B C D E F G H I K L M N O P Q R S T V X Y Z OTHER

HOT TARGETS

• E. coli LT • ABA • AChE • Alpha A and Apha C • Arabidopsis thaliana TPC1 • ATP1A3 • BEST1 • BoNT/C • BoNT/D • C. botulinum BoNT • C. botulinum BoNT/BoNC1 • C. botulinum botA • C. difficile tcdB • C. difficile ToxB • C. tetani tetX • C3 • CD4 • CD44 • CD5 • CD8B • CXCL8 • Cystatin • DAT • Dla • E. coli lacY • E. coli MRAY • E. coli ompF • E. coli ST2 • E. coli Sta1 • E. coli TolC • E.coli atpB • F. verticillioides • Fel d 1 • Firefly Luciferase • FMDV genome polyprotein • Fusarium • GalXM • GluA1 • GluA2 • Grin1 • H. influenzae LPS • H. pylori UreA • HSP60 • HSPA1A • IBV spike • IgL σ • KIF3A • Killer Toxin • L. monocytogenes LLO • LOC396098 • Lysozyme • LYZ • NPNA • NR3C1 • P. falciparum ABRA • P. falciparum chitinase • P. falciparum ENO • P. falciparum MSP2 • P. falciparum MSP6 • P. falciparum pf332 • P. falciparum PfMSP4 • P. falciparum RAP1 • P. falciparum VAR • PDE6G • PfCHT1 • Pfs25 • Phl p 1 • Phl p 5 • Phl p 5A • PMCA • Poliovirus VP1 • RNAP II • S. aureus Coa D1 domain • S. aureus CP5 • S. aureus entB • S. aureus Glucosaminidase • S. aureus MAGI2 • S. aureus PNAG • S. aureus SAK • S. aureus Toxins • S. aureus TSST1 • S. aureus TST • S. aureus USA300 • S. pneumoniae ply • S. pneumoniae type 23F • SM23 • Tau • TF • TGOLN2 • Thymocyte • tp53 • VEGFAA • VISTA • VP1 protein • VP1694 • Xpnpep2 • Yeast ALG6 • ZIKV E protein • β-2 Microglobulin • γδTCR

VALIDATED PRODUCTS

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