Path diagram of catechin synthesis in tea plants

Citation : C. Wei et al., Draft genome sequence of Camellia sinensis var. sinensis provides insights into the evolution of the tea genome and tea quality. Proceedings of the National Academy of Sciences of the United States of America 115, E4151-E4158 (2018).

Camellia sinensis var. sinensis cv. Longjing-43 catechin synthesis related genes

Related gene[metabolite] PAL[phenylalanineammonialyase]
GWHPACFB004594 GWHPACFB017128 GWHPACFB003275 GWHPACFB023423 GWHPACFB000268 GWHPACFB004593
Related gene[metabolite] C4H[cinnamate 4-hydroxylase]
GWHPACFB005042 GWHPACFB016607 GWHPACFB006420 GWHPACFB019377 GWHPACFB019376 GWHPACFB027252
GWHPACFB032668 GWHPACFB032587
Related gene[metabolite] 4CL[4-coumarate coenzyme A ligase]
GWHPACFB013158 GWHPACFB010527 GWHPACFB022872 GWHPACFB006297 GWHPACFB012013 GWHPACFB005111
Related gene[metabolite] CHS[chalcone synthase]
GWHPACFB026039 GWHPACFB026038 GWHPACFB026040 GWHPACFB018002 GWHPACFB014183 GWHPACFB019717
Related gene[metabolite] CHI[chalcone isomerase]
GWHPACFB023292 GWHPACFB027362 GWHPACFB008361 GWHPACFB008650 GWHPACFB001914 GWHPACFB000615
Related gene[metabolite] F3H[flavanone-3-hydroxylase]
GWHPACFB024886 GWHPACFB001667
Related gene[metabolite] F3'H[flavonoid 3'-hydroxylase]
GWHPACFB010088 GWHPACFB005545 GWHPACFB007238 GWHPACFB031089 GWHPACFB009107 GWHPACFB031223
GWHPACFB030970 GWHPACFB002008
Related gene[metabolite] F3'5'H[flavonoid 3',5'-hydroxylase]
GWHPACFB031089 GWHPACFB005545 GWHPACFB005544 GWHPACFB005879 GWHPACFB010088 GWHPACFB009107
GWHPACFB002008 GWHPACFB022213 GWHPACFB032668 GWHPACFB032587 GWHPACFB024605 GWHPACFB014142
GWHPACFB006108 GWHPACFB010917 GWHPACFB010916
Related gene[metabolite] DFR[dihydro flavonol reductase]
GWHPACFB015400 GWHPACFB015399 GWHPACFB029771 GWHPACFB014576 GWHPACFB015398 GWHPACFB004378
GWHPACFB027868 GWHPACFB004380 GWHPACFB004379 GWHPACFB032407 GWHPACFB031287 GWHPACFB029459
Related gene[metabolite] FLS[flavonol synthase]
GWHPACFB016169 GWHPACFB016170 GWHPACFB031209 GWHPACFB016172 GWHPACFB005837 GWHPACFB009118
Related gene[metabolite] LAR[leucoanthocyanidin reductase]
GWHPACFB021129 GWHPACFB003811 GWHPACFB014187 GWHPACFB006121 GWHPACFB026816 GWHPACFB024961
Related gene[metabolite] ANS[anthocyanidin synthase]
GWHPACFB009118 GWHPACFB005836 GWHPACFB005837 GWHPACFB016169 GWHPACFB016172 GWHPACFB031209
Related gene[metabolite] UGT84A[UDP-glucosyltransferase 84A]
GWHPACFB012604 GWHPACFB012603 GWHPACFB008063 GWHPACFB026679 GWHPACFB005082 GWHPACFB031587
GWHPACFB030705 GWHPACFB032048 GWHPACFB031746 GWHPACFB018079 GWHPACFB028197 GWHPACFB018077
GWHPACFB017986 GWHPACFB025913 GWHPACFB003875 GWHPACFB016564
Related gene[metabolite] ANR[anthocyanidin reductase]
GWHPACFB021926 GWHPACFB022597 GWHPACFB016645 GWHPACFB007999 GWHPACFB004891
Related gene[metabolite] SCPL1A[serine carboxypeptidase-like 1A]
GWHPACFB027831 GWHPACFB028804 GWHPACFB033339 GWHPACFB029692 GWHPACFB033340 GWHPACFB030919
GWHPACFB012532 GWHPACFB018936 GWHPACFB027167 GWHPACFB012534 GWHPACFB030645 GWHPACFB027846
GWHPACFB008106 GWHPACFB011139 GWHPACFB029089 GWHPACFB016230

Path diagram of theanine synthesis in tea plants

Citation : C. Wei et al., Draft genome sequence of Camellia sinensis var. sinensis provides insights into the evolution of the tea genome and tea quality. Proceedings of the National Academy of Sciences of the United States of America 115, E4151-E4158 (2018).

Camellia sinensis var. sinensis cv. Longjing-43 theanine synthesis related genes

Related gene[metabolite] ADC[arginine decarboxylase]
GWHPACFB033526 GWHPACFB019343 GWHPACFB004286
Related gene[metabolite] GDH[glutamate dehydrogenase]
GWHPACFB023225 GWHPACFB032426 GWHPACFB008966 GWHPACFB002602
Related gene[metabolite] GOGAT[glutamine oxoglutarate aminotransferase]
GWHPACFB022984 GWHPACFB000964 GWHPACFB002790 GWHPACFB029624
Related gene[metabolite] GS[glutamine synthetase]
GWHPACFB001215 GWHPACFB014373 GWHPACFB017516 GWHPACFB006209 GWHPACFB013913 GWHPACFB005111

Path diagram of caffeine synthesis in tea plants

Citation : E.-H. Xia et al., The Tea Tree Genome Provides Insights into Tea Flavor and Independent Evolution of Caffeine Biosynthesis. Molecular Plant 10, 866-877 (2017).

Camellia sinensis var. sinensis cv. longjing-43 caffeine synthesis related genes