PMC

(1) F-box domain followed by protein kinase and NAC domain (2) NAC domain followed by G_TR_2 domain (3) RDRP domain followed by NAC (4) NAC domain followed by CHCH domain (5) TPR repeats followed by NAC domain (6) F-box domain followed by NAC and F-box domain (7) NAC domain followed by YJEF_N domain (8) NAC domain followed by HTH domain (9) Homeobox domain followed by NAC domain (10) NAC domain followed by three GH6.2 domain (11) ANK repeat domain followed by NAC domain (12) NAC domain followed by peroxidase domain (13) NAC domain followed by LONGIN and V_SNA domain (14) NAC domain followed by RECA_2 and RECA_3 domain (15) KH_TY repeats followed by NAC domain (16) NAC domain followed by RAB domain (17) JMJN domain followed by NAC domain (18) NAC domain followed by APAG domain (19) two RRM domain followed by NAC domain (20) carrier domain followed by NAC domain and (21) NAC domain followed by DCO domain. The identification of chimeric NAC domain sequences was determined using the ScanProsite and InterProScan server. The details regarding the presence of chimeric NAC TF in different taxa can be found in .

NAC TFs possess chimeric NAC domains with at least 34 diverse chimeric NAC domains identified in the studied species. (1) two NAC domain (2) three NAC domain (3) four NAC domain (4) 13 PPR repeats followed by a NAC (5) NAC domain followed by eight PPR repeats (6) protein kinase domain followed by NAC (7) PI3_kinase_3 domain followed by NAC (8) NAC domain followed by kinase and EF-hand domain (9) protein kinase domain followed by NAC and CRM domain (10) NAC domain followed by peptidase A1 domain (11) NAC domain followed by WRKY domain (12) cytochrome B561 domain followed by NAC (13) two DFDF domain followed by cytochrome B and NAC (14) DNA_J2 domain followed by NAC (15) DNA_J2 domain followed by NAC and ZF_B domain (16) NAC domain followed by a TIR, two LRR and a CS domain (17) NAC followed by TIR domain (18) F-box domain followed by NAC (19) IQ domain followed by NAC (20) NAC domain followed by ZF_B domain (21) EF-hand domain followed by NAC (22) NAC domain followed by PPC domain (23) ENT domain followed by NAC (24) NAC domain followed by ABC_TM1F domain (25) NAC domain followed by CRM domain (26) NAC domain followed by RWP_RK and PB1 domain (27) NAC domain followed by three ACT domain (28) NAC domain followed by PABC domain (29) NAC domain followed by INTEGRA domain (30) RESPO domain followed by NAC (31) NAC domain followed by JMJN and JMJC domain (32) SAM domain followed by NAC (33) BRX domain followed by NAC and (34) repeat of NAC and ZF_domain. The identification of chimeric NAC domain sequences was determined using the ScanProsite and InterProScan server. The details regarding the presence of chimeric NAC TF in different taxa can be found in .

A) DA levels in NAc of α6L9’S and nonTg mice. *p<0.05
B) DOPAC levels in NAc of α6L9’S and nonTg mice. **p<0.01
C) HVA levels in NAc of α6L9’S and nonTg mice. ***p<0.001
D) 5-HT levels in NAc of α6L9’S and nonTg mice.
E) 5-HIAA levels in NAc of α6L9’S and nonTg mice.
F) NE levels in NAc of α6L9’S and nonTg mice.
G) DA turnover in each α6L9’S and nonTg NAc sample was calculated.
H) 5-HT turnover in each α6L9’S and nonTg NAc sample was calculated.

Graphical representation of chromosomal localization of NAC genes in three legume crops using MapChart 2.3.2. a Representation of chromosomal localization in chickpea NAC genes. A total of 62 NAC genes are mapped to eight chromosomes (Ch). The exact position of each chickpea NAC genes (Ca_NAC) can be estimated using scale on the left (Mbp). b Representation of chromosomal localization in pigeonpea NAC genes. A total of 49 NAC genes are distributed among eleven chromosomes (Ch). The position of each pigeonpea NAC gene (Cc_NAC) can be estimated using scale on the left (Mbp). c Representation of chromosomal localization in groundnut NAC genes. A total of 166 NAC genes are distributed among twenty chromosomes (Ch). The position of each groundnut NAC gene (Ah_NAC) can be estimated using scale on the left (Mbp)