Plant Biochemistry

Plant biochemistry, plant cell, leaf structure and metabolic activities, photosynthesis, carbon fixation, ATP, Protein biosynthesis,Anoxygenic, Aralocaspica, Biomolecules, Biosequestration, Bisphosphate, bookmarking, cadherins, catalysed, caveolae, chlorobium, chemoautotrophs, coccolithophorids, cuticularised, deacetylases, dichotomising, dioxygen, elaioplasts, endosomes, endosymbiosed, expansins, exportins, formimino, geobiochemist, geomicrobiologist, ginkgoales, glucans, glycosyltransferase, homeoviscous, hydrocarbonate, hypostomatic, importin kleptoplastid, laminopathy, megafossil, metallicity, microdomains, nanostructure, nanotechnology, nanotubes, non-dividing, nucleobase,nucleoporins, oxoacids, paleoproterozoic, parvum, peroxyacyl, phosphoglycolate, photosynthesis, proteoglycan, proteoplast, pseudounipolar, quinupristin, rhodophytes, rhodoplast, selenocysteine, spliceosome, suborganelle, sulphotranferases, synthesises, taphonomic, terawattstrilete, unsaturation zosterophyllophytes

Plant biochemistry encompasses most of biochemistry since plants are capable of synthesizing most molecules known in nature. Because you all have taken general biochemistry courses