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. Author manuscript; available in PMC: 2016 Sep 19.
Published in final edited form as: Adv Genet. 2011;74:55–103. doi: 10.1016/B978-0-12-387690-4.00003-9

Table 3.3.

Recently Identified Clock-Associated Genes in Neurospora

Gene name Rhythm phenotypes of mutants Function/Identity References
camk-1 Small effects on period, phase, and light-induced phase shifting of the conidiation rhythm Calcium/calmodulin-dependent protein kinase Yang et al. (2001)
chr (ckb-1) Long period, low-amplitude rhythms of conidiation, altered temperature compensation, long-period rhythms of FRQ protein, frq, and ccg-1 RNA Regulatory subunit of casein kinase 2 (CKII) Mehra et al. (2009), Yang et al. (2003)
ck-1a Long-period rhythms of conidiation, FRQ protein, and frq RNA Casein kinase 1a He et al. (2006)
csn-2 Loss of FRQ protein rhythm, lengthened period of conidiation rhythm Subunit of COP9 signalosome, involved in protein degradation He et al. (2005a)
csn-1
csn-4
csn-5
csn-6
csn-7
Irregular and long- period conidiation rhythms Subunits of COP9 signalosome, involved in protein degradation Wang et al. (2010)
csp-1 Slightly shorter period of conidiation rhythm Light-induced transcription factor, conidial separation Schneider et al. (2009)
csp-2 Slightly longer period of conidiation rhythm Conidial separation Brody et al. (2010)
csw-1 Abnormal conidiation rhythm, loss of FRQ protein, and frq RNA rhythms Chromatin remodeling enzyme Belden et al. (2007b)
frh Loss of conidiation rhythm and rhythms of FRQ protein, frq RNA, and ccg- 2 RNA RNA helicase, component of exosome, regulates RNA processing Cheng et al. (2005), Guo et al. (2009, 2010), Shi et al. (2010)
fwd1 Loss of conidiation rhythm and rhythms of FRQ protein, frq RNA, and ccg-1 RNA Component of SCF-type ubiquitin ligase complex, involved in protein degradation He et al. (2003)
mcb Loss of rhythms of conidiation, FRQ protein, and ccg-1 RNA Regulatory subunit of protein kinase A Huang et al. (2007)
pkac-1 Loss of rhythms of conidiation, FRQ protein, and ccg-1 RNA Catalytic subunit of protein kinase A Huang et al. (2007)
ppp-1 Short period and advanced phase of conidiation rhythm Catalytic subunit of protein phosphatase 1 Yang et al. (2004)
pp4 Short period of conidiation and FRQ protein rhythms Protein phosphatase 4 Cha et al. (2008)
pp4 ppp-1 Arrhythmic for conidiation and FRQ protein rhythms Double mutant for protein phosphatases 1 and 4 Cha et al. (2008)
prd-1 Long period of conidiation rhythm in frq+, loss of fatty acid effect on FRQ-less rhythm in cel, long period of FRQ-less rhythm with geraniol, loss of FRQ-less rhythm in chol-1, severe effect on heat- entrainable FRQ-less rhythm Unknown Lakin-Thomas and Brody (1985), Li and Lakin-Thomas (2010), Lombardi et al. (2007)
prd-2 Long period of conidiation rhythm in frq+, long period of FRQ- less rhythm with geraniol, loss of FRQ- less rhythm in chol-1, severe effect on heat- entrainable FRQ-less rhythm Unknown Li and Lakin-Thomas (2010), Lombardi et al. (2007)
prd-3 (cka) Long period of conidiation rhythm, altered temperature compensation, loss of FRQ protein rhythm, and RNA rhythms of frq, ccg-1, and ccg-2 Catalytic subunit of casein kinase 2 (CKII) Mehra et al. (2009), Yang et al. (2002)
prd-4 Short period of conidiation rhythm Checkpoint kinase 2 (Chk2), links DNA damage to cell cycle arrest Pregueiro et al. (2006)
prd-6 Short period of FRQ- less rhythm with geraniol Unknown Lombardi et al. (2007)
rasbd (formerly bd) Increased conidiation output, rhythm resistant to CO2 ras-1, small G-protein involved in signaling pathways Belden et al. (2007a)
rco-1 Very long period Transcription factor, regulates conidiation and photoadaptation Brody et al. (2010), Olmedo et al. (2010a), Yamashiro et al. (1996)
rgb-1 Low-amplitude, long- period rhythms of FRQ protein and ccg- 1 RNA Regulatory subunit of protein phosphatase 2A Yang et al. (2004)
rrp44 Long period of FRQ protein and frq RNA molecular rhythms Component of exosome, regulates RNA processing Guo et al. (2009)
sod-1 Phenocopies rasbd, slightly shorter period, double mutant with frq10 is rhythmic Superoxide dismutase, removes reactive oxygen species Belden et al. (2007a), Yoshida et al. (2008)
ult Short-period conidiation rhythm, double mutant with frq10 or wc-2 is rhythmic, shortens the period of the FLO in the presence of geraniol Unknown Lombardi et al. (2007)
UV90 Loss of FRQ-less rhythm in chol-1, severe effect on heat- entrainable FRQ-less rhythm, damping of amplitude of FRQ/ WCC oscillator Unknown Li et al. (2011)
vvd Short-period conidiation rhythms in constant light in frq+ and frq10 Photoreceptor involved in downregulation of light responses Schneider et al. (2009)