atfB

Basic leucine zipper (bZIP) transcription factor atfB

328 amino acids

Transcription factor that acts as a key player in the regulatory circuit that integrates secondary metabolism and cellular response to oxidative stress (By similarity). Regulates the genes involved in development, as well as osmotic, oxidative, and cell wall stresses (PubMed:27706915). Participates in the caspofungin paradoxical effect (CPE), where fungi grow beyond the minimum inhibitory concentration of caspofungin (PubMed:27706915). Plays a role in virulence (PubMed:27706915).

Belongs to the bZIP family. ATF subfamily.

36.651 kDa

MLPEQSAFGRSAMPGSDAVNPGPSPFAPPPNSFSGDFLGLSLPDEEHLWGMSPLSSSMPSWNGKNEQMFSNPNLERDLKHSHVRNGQPTPPPYGDNKTHTVGDLYSLSQCQFSNGAQNFQTHNDRRSFCEQSAINSNGGSSKRRKVRDAKMTQAEYNEQQQEKAKREKFLERNRLAASKCRQKKKEHTQLLESRYREQSDKKEQLVSEIARLRSEILGLKNEVLKHAQCGDEPIKLHLAQMVKKITYNDTTAPDLTDVPDAASSSEGPMTPRPQQALSFGFDDPLHLEPSRADGSTDHSVRRDSEASVLTENSYAFSTDESFDDLINV

atfB

Basic leucine zipper (bZIP) transcription factor atfB

318 amino acids

Transcription factor that acts as a key player in the regulatory circuit that integrates secondary metabolism and cellular response to oxidative stress (By similarity). Regulates the genes involved in development and stress response through direct binding to their promoters (PubMed:24951443, PubMed:28830793).

Belongs to the bZIP family. ATF subfamily.

35.914 kDa

MSVDQTLYSRTPAAMADPTCAGPAAFTAAGAFSQPDLMAFSLREEEPIWGFDTIAPSMASWQGKMEQQTFCNPNMERGLKNTHVRNGQPTPPPFDDKKLQTPMGEMYPVAQYAFNSSPPEYAPPKHRSSLSEQSQTDGYGVSTRRRKASAIDQCEQQQEREKREKFLERNRLAASKCRQKKKEHTKLLETRFREVSNKKGELESEIEHLRSEVLNLKNEMLRHAQCGDEAIKIHLAQMVRLITSKDTPNRDLVSPMRSPEQMAASTPHGLSFGFDGPMQLPSEMGSPLDQRRDSEQSIMTESSYTFSTDDSFEELINV

atfB

Basic leucine zipper (bZIP) transcription factor atfB

318 amino acids

Transcription factor that acts as a key player in the regulatory circuit that integrates secondary metabolism and cellular response to oxidative stress (By similarity). Regulates the genes involved in development and stress response through direct binding to their promoters (PubMed:18448366). Particularly involved in the resistance to oxidative stress in asexual conidiospores (PubMed:18448366).

Belongs to the bZIP family. ATF subfamily.

35.944 kDa

MSVDQTLYSRTPTAMADPTCAGPAAFTAAGAFSQPDLMAFSLREEEPIWGFDTIAPSMASWQGKMEQQTFCNPNMERGLKNTHVRNGQPTPPPFDDKKLQTPMGEMYPVAQYAFNSSPPEYAPPKHRSSLSEQSQTDGYGVSTRRRKASAIDQCEQQQEREKREKFLERNRLAASKCRQKKKEHTKLLETRFREVSNKKGELESEIEHLRSEVLNLKNEMLRHAQCGDEAIKIHLAQMVRLITSKDTPNRDLVSPMRSPEQMAASTPHGLSFGFDGPMQLPSEMGSPLDQRRDSEQSIMTESSYTFSTDDSFEELINV

atfB

Basic leucine zipper (bZIP) transcription factor atfB

318 amino acids

Transcription factor that acts as a key player in the regulatory circuit that integrates secondary metabolism and cellular response to oxidative stress (PubMed:21808056). Regulates the genes involved in development, stress response, and secondary metabolism through direct binding to their promoters (PubMed:23281343, PubMed:28926946). Particularly involved in the resistance to oxidative stress in asexual conidiospores (PubMed:23281343). Binds aflatoxin gene promoters carrying the cAMP-response element (CRE1) under aflatoxin-inducing conditions (PubMed:21808056, PubMed:23281343).

Belongs to the bZIP family. ATF subfamily.

35.873 kDa

MSVDQTLYSRARAAMADPTCAGPATFTAAGAFSQPDLMAFSLPEEEPIWGFDTIAPSMASWQGKMEQQTFCNPNMERGLKNTHVRNGQPTPPPFDDKKLQTPMGEMYPVAQYAFNSSPPEYAPPKHRSSLSEQSQTDGYGVSTRRRKASAVDQSEQQQDREKREKFLERNRLAASKCRQKKKEHTKLLETRFREVSSKKGELESEIEHLRSEVLNLKNEMLRHAQCGDEAIKIHLAQMVRLITSKDTPNRDLVSPMRSPEQMTASTPHGLSFGFDGPMQLPSEMGSPLDQRRDSEQSIMTESSYTFSTDDSFEELINV