CN107167539A
|
|
The detection method of a variety of residues of veterinary drug in a kind of rapid screening flesh of fish
|
CN106811534A
|
|
A kind of detection primer for disposably detecting various meat derived components, method and kit
|
CN106866889A
|
|
A kind of light-cured resin and application thereof
|
CN106386713A
|
|
Incubation of cockroach egg pod and observing device
|
CN106568885A
|
|
HPLC-MS/MS method used for simultaneous detection of content of seven fluorescent whitening agents in flour
|
CN106520518A
|
|
Operation mode of species quarantine and identification center
|
CN106244685A
|
|
For detecting test kit and the method for Salmonella in Food and integron
|
CN106086208A
|
|
For detecting vibrio parahaemolyticus and the test kit of integron and method in food
|
CN106048052A
|
|
Kit and method for detecting staphylococcus aureus and integron in food
|
CN106148534A
|
|
For detecting shigella and the test kit of integron and method in food
|
CN106148536A
|
|
For detecting test kit and the method for Escherichia Coli in Food and integron
|
CN106018643A
|
|
Analysis method for measuring brominated flame retardants in edible mushrooms
|
CN106198791A
|
|
Lignum Aquilariae Resinatum tetrol and the method for benzylacetone in a kind of Lignum Aquilariae Resinatum of mensuration simultaneously
|
CN106018536A
|
|
Method for measuring various chemical elements in edible printing ink simultaneously
|
CN105713978A
|
|
Method for rapidly detecting LSV (lily symptomless virus) of imported lily bulbs by adopting nucleic acid probe hybridization
|
CN105755171A
|
|
Kit and method for detecting plum pox virus by applying nano magnetic bead
|
CN105821157A
|
|
Method for rapidly detecting arabis mosaic virus nucleic acid through probe hybridization
|
CN105628823A
|
|
Method adopting high performance liquid chromatography to detect fluorescent whitener in flour
|
CN105758944A
|
|
Method of adopting high performance liquid chromatography to detect fluorescent whitening agent in skin lotion
|
CN105754719A
|
|
Method of adopting simultaneous distillation and extraction technology to extract volatile oil in agilawood leaf
|