THE OLIGOPEPTIDE CHEMOATTRACTANT RECEPTOR ON HUMAN-NEUTROPHILS CONVERTS TO AN IRREVERSIBLE HIGH-AFFINITY STATE SUBSEQUENT TO AGONIST EXPOSURE
Publication
, Journal Article
KOO, C; SNYDERMAN, R
Published in: CLINICAL RESEARCH
January 1, 1983
Duke Scholars
Published In
CLINICAL RESEARCH
ISSN
0009-9279
Publication Date
January 1, 1983
Volume
31
Issue
2
Start / End Page
A491 / A491
Publisher
SLACK INC
Citation
APA
Chicago
ICMJE
MLA
NLM
KOO, C., & SNYDERMAN, R. (1983). THE OLIGOPEPTIDE CHEMOATTRACTANT RECEPTOR ON HUMAN-NEUTROPHILS CONVERTS TO AN IRREVERSIBLE HIGH-AFFINITY STATE SUBSEQUENT TO AGONIST EXPOSURE. CLINICAL RESEARCH, 31(2), A491–A491.
KOO, C., and R. SNYDERMAN. “THE OLIGOPEPTIDE CHEMOATTRACTANT RECEPTOR ON HUMAN-NEUTROPHILS CONVERTS TO AN IRREVERSIBLE HIGH-AFFINITY STATE SUBSEQUENT TO AGONIST EXPOSURE.” CLINICAL RESEARCH 31, no. 2 (January 1, 1983): A491–A491.
KOO C, SNYDERMAN R. THE OLIGOPEPTIDE CHEMOATTRACTANT RECEPTOR ON HUMAN-NEUTROPHILS CONVERTS TO AN IRREVERSIBLE HIGH-AFFINITY STATE SUBSEQUENT TO AGONIST EXPOSURE. CLINICAL RESEARCH. 1983 Jan 1;31(2):A491–A491.
KOO, C., and R. SNYDERMAN. “THE OLIGOPEPTIDE CHEMOATTRACTANT RECEPTOR ON HUMAN-NEUTROPHILS CONVERTS TO AN IRREVERSIBLE HIGH-AFFINITY STATE SUBSEQUENT TO AGONIST EXPOSURE.” CLINICAL RESEARCH, vol. 31, no. 2, SLACK INC, Jan. 1983, pp. A491–A491.
KOO C, SNYDERMAN R. THE OLIGOPEPTIDE CHEMOATTRACTANT RECEPTOR ON HUMAN-NEUTROPHILS CONVERTS TO AN IRREVERSIBLE HIGH-AFFINITY STATE SUBSEQUENT TO AGONIST EXPOSURE. CLINICAL RESEARCH. SLACK INC; 1983 Jan 1;31(2):A491–A491.
Published In
CLINICAL RESEARCH
ISSN
0009-9279
Publication Date
January 1, 1983
Volume
31
Issue
2
Start / End Page
A491 / A491
Publisher
SLACK INC