5991 Results for: "\u03B2-Cyclodextrine+hydrate"

Supplier: Merck

3-AMINO-L-TYROSINE DIHYDROCHLORIDE MONOH YDRATE, 98% 1 * 5 g

Supplier: Honeywell Chemicals

Cerium(IV) sulfate tetrahydrate 1 * 25 g

Supplier: Honeywell Chemicals

Cerium(IV) sulfate tetrahydrate 1 * 100 g

Supplier: Merck

MAGNESIUM MONOPEROXYPHTHALATE HEXAHYDRAT E, TECH., 80% 1 * 100 g

Supplier: Merck

TETRAAMMINEPALLADIUM(II) CHLORIDE MONOHY DRATE, 98% 1 * 10 g

Supplier: Merck

P-TOLUENESULFINIC ACID, SODIUM SALT HYDR ATE, 97% 1 * 500 g

Supplier: Merck

3,5-DI-TERT-BUTYLSALICYLIC ACID, 97% 1 * 5 g

Supplier: Merck

P-TOLUENESULFINIC ACID, SODIUM SALT HYDR ATE, 97% 1 * 100 g

Supplier: Merck

4-STYRENESULFONIC ACID, SODIUM SALT HYDR ATE 1 * 500 g

Supplier: Honeywell Chemicals

SODIUM PHOSPHATE DIBASIC DODECAHYDRATE 1 * 15 kg

Supplier: Honeywell Chemicals

SODIUM PHOSPHATE MONOBASIC DIHYDRATE 1 * 20 kg

Supplier: Merck

SULFATE PENTAHYDRATE 1 * 100 g

Supplier: Merck

ETHYLENEDIAMINETETRAACETIC ACID*DISODIUM DIHYDRATE 1 * 500 g

Supplier: Merck

D-RIBOSE 5-PHOSPHATE DISODIUM 1 * 250 mg

Supplier: Merck

MANGANESE (II) CHLORIDE TETRAHYDRATE 1 * 100 g

Supplier: Honeywell Chemicals

Mercury(II) nitrate monohydrate 1 * 50 g

Supplier: Honeywell Chemicals

ALUMINUM CHLORIDE HEXAHYDRATE, CRYSTALLI ZED 1 * 1 kg

Supplier: Merck

AMMONIUM IRON(III) OXALATE TRIHYDRATE, >=98% 1 * 1 kg

Supplier: Thermo Fisher Scientific

Slide-A-Lyzer MINI Dialysis devices, 3,5K MWCO, are disposable polypropylene cups with integrated, low-binding membranes for dialysis and high recovery of proteins and macromolecules >3,5 kDa in volumes from 10 µl to 2 ml. They were developed as a convenient means for dialysing small-volume samples of nucleic acids and proteins without undue sample loss. Low molecular weight contaminant removal, buffer exchange, desalting, equilibrium dialysis, micro conjugation reactions, and concentration can be accomplished with these devices.

Supplier: Merck

BETA-GLYCEROL PHOSPHATE DISODIUM SALT PE NTAHYDRATE 1 * 100 g

Supplier: G-Biosciences

The majority of genomic DNA extraction methods involve numerous physical manipulations, including mixing, pipetting, shaking, binding to resin, elution, which results in sheared DNA that may not be suitable for further analysis.