Vegetable Crops Antibodies
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Starting at $89.00
Immunogen: AT3G18660 Q9LSB1 
Synonyms: PGSIP1, GLUCURONIC ACID SUBSTITUTION OF XYLAN 1, GUX1, PLANT GLYCOGENIN-LIKE STARCH INITIATION PROTEIN 1 Background:
PGSIP1 is a glucuronyltransferase responsible for the addition of GlcA residues onto xylan and for secondary wall deposition. Plants expressing an RNAi construct specifically targeting PGSIP1 was shown to have a dramatically reduced amount of starch. -
Starting at $89.00
Immunogen: AT3G03910 Q9S7A0 Synonyms: GDH3, GLUTAMATE DEHYDROGENASE 3, GSH3 Background:
Glutamate dehydrogenase (GDH), which catalyzes in vitro reversible reductive amination of 2-oxoglutatre to form glutamate, is a key player in the metabolism of glutamate. In Arabidopsis thaliana, three genes (GDH1 (AT5G18170), GDH2 (AT5G07440) and GDH3 (AT3G03910)) encode three different GDH subunits (β, α and γ) that randomly associate to form a complex array of homo- and hetero-hexamers. -
Starting at $89.00
Immunogen: AT5G07440 Q38946 Synonyms: GDH2, GLUTAMATE DEHYDROGENASE 2 Background:
Glutamate dehydrogenase (GDH), which catalyzes in vitro reversible reductive amination of 2-oxoglutatre to form glutamate, is a key player in the metabolism of glutamate. In Arabidopsis thaliana, three genes (GDH1 (AT5G18170), GDH2 (AT5G07440) and GDH3 (AT3G03910)) encode three different GDH subunits (β, α and γ) that randomly associate to form a complex array of homo- and hetero-hexamers. -
Starting at $89.00
Immunogen: AT5G18170 Q43314 Synonyms: GDH1, GLUTAMATE DEHYDROGENASE 1 Background:
Glutamate dehydrogenase (GDH), which catalyzes in vitro reversible reductive amination of 2-oxoglutatre to form glutamate, is a key player in the metabolism of glutamate. In Arabidopsis thaliana, three genes (GDH1 (AT5G18170), GDH2 (AT5G07440) and GDH3 (AT3G03910)) encode three different GDH subunits (β, α and γ) that randomly associate to form a complex array of homo- and hetero-hexamers. -
Starting at $89.00
Immunogen: AT4G31700 O48549 Synonyms: RPS6A, ATRPS6, RIBOSOMAL PROTEIN S6, RPS6 Background:
RPS6A and RPS6B (AT5G10360) are fully redundant and essential during gametogenesis. It may play an important role in controlling cell growth and proliferation through the selective translation of particular classes of mRNA.
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