Stationary phase, stress response sigma factor from mycobacterium tuberculosis, and regulation thereof

James Demaio; Douglas B. Young; William R. Bishai; Ying Zhang; James D. DeMaio

Stationary phase, stress response sigma factor from mycobacterium tuberculosis, and regulation thereof

James Demaio
, Douglas B. Young
, William R. Bishai
, Ying Zhang
, James D. DeMaio

Johns Hopkins University

Research output: Other contribution

Original language	American English
State	Published - Mar 27 1997

Disciplines

Immunology and Infectious Disease
Biology

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@misc{c1613ba21cbb4f1983adbaa305106c2c,

title = "Stationary phase, stress response sigma factor from mycobacterium tuberculosis, and regulation thereof",

author = "James Demaio and Young, \{Douglas B.\} and Bishai, \{William R.\} and Ying Zhang and DeMaio, \{James D.\}",

note = "sigF is a gene that controls M. tubercolusis latency. A diagnostic test for latent tuberculosis involves detecting M. tuberculosis sigF in clinical specimens. Two genes orfX and orfY regulate sigF expression and sigF activity. M. tuberculosis sigF, orfX and orfY are used in screening methods for potential therapeutic agents which regulate the growth of M.",

year = "1997",

month = mar,

day = "27",

language = "American English",

type = "Other",

}

TY - GEN

T1 - Stationary phase, stress response sigma factor from mycobacterium tuberculosis, and regulation thereof

AU - Demaio, James

AU - Young, Douglas B.

AU - Bishai, William R.

AU - Zhang, Ying

AU - DeMaio, James D.

N1 - sigF is a gene that controls M. tubercolusis latency. A diagnostic test for latent tuberculosis involves detecting M. tuberculosis sigF in clinical specimens. Two genes orfX and orfY regulate sigF expression and sigF activity. M. tuberculosis sigF, orfX and orfY are used in screening methods for potential therapeutic agents which regulate the growth of M.

PY - 1997/3/27

Y1 - 1997/3/27

UR - https://patents.google.com/patent/EP0910403A1/en

M3 - Other contribution

ER -

Stationary phase, stress response sigma factor from mycobacterium tuberculosis, and regulation thereof

Disciplines

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