•
Clinistrips quantitatively test for
sugar in
urine • The
Kastle-Meyer test tests for the presence of
hemoglobin •
Salicylate testing is a category of drug testing that is focused on detecting salicylates such as acetylsalicylic acid for either biochemical or medical purposes. • The
Phadebas test tests for the presence of
saliva for forensic purposes •
Iodine solution tests for
starch • The
Van Slyke determination tests for specific
amino acids • The
Zimmermann test tests for ketosteroids •
Seliwanoff's test differentiates between aldose and ketose sugars • Test for
lipids: add
ethanol to sample, then shake; add water to the solution, and shake again. If fat is present, the product turns milky white. • The
Sakaguchi test detects the presence of
arginine in protein • The
Hopkins–Cole reaction tests for the presence of
tryptophan in proteins • The
nitroprusside reaction tests for the presence of free
thiol groups of
cysteine in proteins • The
Sullivan reaction tests for the presence of
cysteine and
cystine in proteins • The
Acree–Rosenheim reaction tests for the presence of
tryptophan in proteins • The
Pauly reaction tests for the presence of
tyrosine or
histidine in proteins •
Heller's test tests for the presence of
albumin in
urine •
Gmelin's test tests for the presence of bile pigments in urine •
Hay's test tests for the presence of bile pigments in urine
Reducing sugars •
Barfoed's test tests for reducing
polysacchorides or
disaccharides •
Benedict's reagent tests for
reducing sugars or
aldehydes •
Fehling's solution tests for reducing sugars or aldehydes, similar to Benedict's reagent •
Molisch's test tests for carbohydrates •
Nylander's test tests for reducing sugars •
Rapid furfural test distinguishes between
glucose and
fructose Proteins and polypeptides • The
bicinchoninic acid assay tests for
proteins • The
Biuret test tests for
proteins and
polypeptides •
Bradford protein assay measures
protein quantitatively • The
Phadebas amylase test determines
alpha-amylase activity ==Organic tests==