Microbiome Antibodies

OVERVIEW

Introduction of Microbiome

Microbiome AntibodiesFig.1 The microbiota-immune system interactions shape
the mucosal homeostasis[1].

The microbiome is a complex mixture of microbes, including Archaea, bacteria, fungi, protozoa, and helminths. The human microbiome, especially, is composed of different communities of bacteria, viruses, and fungi. These communities contribute to several key processes in our bodies, such as the development of immunity, defensive mechanism against pathogens, and overall nutrition.

Human microbiome is one of the most attractive fields to be studied in biomedical research. Knowledge of the microbiome can further verify pathophysiological pathways of certain diseases and open up areas of intervention by immune regulation.

Our Microbiome Antibodies

Microbiome Antibodies 2

With rich experience in antibody discovery and development, Creative Biolabs has developed several types of microbiome antibodies with specific targets and epitopes. We ensure to provide highly purified reagents with low endotoxin levels, which can be very helpful for both in vivo and in vitro experiments.

Our Features

  • A broad range of already developed antibodies.
  • Quality assurance: We ensure to provide highly purified reagents with low endotoxin levels.
  • Flexible formats choices: We offer various types of antibodies to meet customer’s needs, such as scFv type, Fab Fragment type.

Scientists at Creative Biolabs are dedicated to bringing together years of valuable experience to help our clients shorten the research journey. For further details, please don't hesitate to contact us.

Reference

  1. Mezouar S, Chantran Y, Michel J, et al. Microbiome and the immune system: From a healthy steady-state to allergy associated disruption. Human Microbiome Journal. 2018 Dec 1;10:11-20.
For research use only, not directly for clinical use.
TARGET SEARCH
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HOT TARGETS
D. radiodurans mntH E. coli Lipid A A. castellanii MYH2 heavy chain A. phagocytophilum str. HZ P44-18 B. afzelii OspC B. malayi filaria B. melitensis dnak B. melitensis LPS B. melitensis OPS Bacteriophage PRD1 III Bacteriophage stxB2 BoHV1.1 (strain P8-2) gD BoNT/B C. abortus (strain B-577) POMP91B C. botulinum BoNT C. botulinum botE C. dactylon CYND1 C. difficile tcdA C. difficile ToxB C. diphtheriae DT C. perfringens cpe C. psittaci ompA Cassiicolin Daidzin E. coli rpoC E. coli VapD E. histolytica Gal/GalNAc Lectin E.coli atpB E.coli cfaB E.coli fimbrin E.coli phoE E.coli recA E.coli trpB Enterobacteria phage stxB Enterococcus G. vaginalis Vaginolysin Gal/GalNAc Lectin GalXM GluCl H. pylori HSPB H. pylori Lpp20 H. rufescens TM HBLB HM1 HSP60 L. interrogan leptospira Leptospira sp. M. catarrhalis LOS M. genitalium mgpA M. leprae ag36 M. pneumoniae P1 Protein M. tuberculosis M. tuberculosis groEL2 M. tuberculosis groS M. tuberculosis pstS1 N. gonorrhoeae Pilin N. gonorrhoeae porB N. meningitidis H.8 OMP N. meningitidis LPS N. meningitidis porA NPNA O. tsutsugamushi omp56 P. aeruginosa alginate P. aeruginosa ETA P. aeruginosa groL P. aeruginosa psl P. bacillus pla P. chabaudi MSP P. falciparum chitinase P. falciparum ENO P. falciparum MSP6 P. falciparum P0 P. falciparum pfg 27-25 P. falciparum PfMSP4 P. falciparum pgs25 P. falciparum rhoph2 P. gingivalis OMP P. porphyriacus PLA2 P. yoelii SSP2 PcrV PE38 S. aureus Coa R domain S. aureus Nuc S. boydii OC1 S. e. subsp. enterica pagC S. epidermidis S. equisimilis SKC2 S. flexneri ipaC S. Mansoni S. mutans gtfB S. mutans pac S. pneumoniae CPS S. pyogenes sfb SAG1 SEB Sphingomyelinase Staphylococcus SMR T. cruzi FPlO T. cruzi TCNA α-BTX A31
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