Ambient
Showing 69151–69200 of 148595 results
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CHAPS, Crystalline Powder, Ultrapure
CHAPS, Crystalline Powder, Ultrapure
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CHAPS, Crystalline Powder, Ultrapure
CHAPS, Crystalline Powder, Ultrapure
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CHAPS, Crystalline Powder, Ultrapure
CHAPS, Crystalline Powder, Ultrapure
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CHAPSO
CHAPSO
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CHAPSO
CHAPSO
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CHAPSO
CHAPSO
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CHAPSO, ≥98%
CHAPSO is the hydroxy analog of CHAPS; a nondenaturing zwitterionic detergent for solubilizing proteins, especially integral membrane proteins while maintaining the functional capability of the protein of interest. It has a more polar head group than CHAPS, giving it a greater solubility. CHAPSO has a high CMC (8 mM) and does not denature membrane-bound proteins. It can solubilize the opiate receptor in a state exhibiting reversible binding of opiates.
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CHAPSO, ≥98%
CHAPSO is the hydroxy analog of CHAPS; a nondenaturing zwitterionic detergent for solubilizing proteins, especially integral membrane proteins while maintaining the functional capability of the protein of interest. It has a more polar head group than CHAPS, giving it a greater solubility. CHAPSO has a high CMC (8 mM) and does not denature membrane-bound proteins. It can solubilize the opiate receptor in a state exhibiting reversible binding of opiates.
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CHAPSO, ≥98%
CHAPSO is the hydroxy analog of CHAPS; a nondenaturing zwitterionic detergent for solubilizing proteins, especially integral membrane proteins while maintaining the functional capability of the protein of interest. It has a more polar head group than CHAPS, giving it a greater solubility. CHAPSO has a high CMC (8 mM) and does not denature membrane-bound proteins. It can solubilize the opiate receptor in a state exhibiting reversible binding of opiates.
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CHAPSO, ≥98%
CHAPSO is the hydroxy analog of CHAPS; a nondenaturing zwitterionic detergent for solubilizing proteins, especially integral membrane proteins while maintaining the functional capability of the protein of interest. It has a more polar head group than CHAPS, giving it a greater solubility. CHAPSO has a high CMC (8 mM) and does not denature membrane-bound proteins. It can solubilize the opiate receptor in a state exhibiting reversible binding of opiates.
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Charcoal Activated, [Catalyst for Oxidation using Molecular Oxygen]
Charcoal Activated, [Catalyst for Oxidation using Molecular Oxygen]
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Charcoal, Activated, 3 mm, Norit(R) RBHG, Pellets
Charcoal, Activated, 3 mm, Norit(R) RBHG, Pellets
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Charcoal, Activated, 3 mm, Norit(R) RBHG, Pellets
Charcoal, Activated, 3 mm, Norit(R) RBHG, Pellets
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Charcoal, Activated, Norit(R) CA1, Powder
Charcoal, Activated, Norit(R) CA1, Powder
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Charcoal, Activated, Norit(R) CA1, Powder
Charcoal, Activated, Norit(R) CA1, Powder
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Charcoal, Activated, Norit(R) CA1, Powder
Charcoal, Activated, Norit(R) CA1, Powder
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Charcoal, Activated, Norit(R) CA1, Powder
Charcoal, Activated, Norit(R) CA1, Powder
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Charcoal, Activated, Norit(R) CA3, Powder
Charcoal, Activated, Norit(R) CA3, Powder
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Charcoal, Activated, Norit(R) CA3, Powder
Charcoal, Activated, Norit(R) CA3, Powder
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Charcoal, Activated, Norit(R) CA3, Powder
Charcoal, Activated, Norit(R) CA3, Powder
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Charcoal, Activated, Norit(R) ROX 0.8
Charcoal, Activated, Norit(R) ROX 0.8
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Charcoal, Activated, Norit(R) ROX 0.8
Charcoal, Activated, Norit(R) ROX 0.8
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Charcoal, Activated, Powder
Charcoal, Activated, Powder
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Charcoal, Activated, Powder
Charcoal, Activated, Powder
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Charcoal, Activated, Powder
Charcoal, Activated, Powder
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Charcoal, Activated, Powder
Charcoal, Activated, Powder
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Charcoal, Coconut, Activated, 8-30 Mesh
Charcoal, Coconut, Activated, 8-30 Mesh
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Charcoal, Coconut, Activated, 8-30 Mesh
Charcoal, Coconut, Activated, 8-30 Mesh
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Charcoal, Wood, Powder
Charcoal, Wood, Powder
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Charcoal, Wood, Powder
Charcoal, Wood, Powder
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Charcoal, Wood, Powder
Charcoal, Wood, Powder
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Charcoal, Wood, Powder
Charcoal, Wood, Powder
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Chartreusin
Molecular Formula : C32H32O14
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Chartreusin
Molecular Formula : C32H32O14
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Chartreusin
Molecular Formula : C32H32O14
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Chebulinic Acid
Molecular Formula : C41 H32 O27
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Chebulinic Acid
Molecular Formula : C41 H32 O27
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Chebulinic Acid
Molecular Formula : C41 H32 O27
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Chelerythrine Chloride
Molecular Formula : C21 H18 N O4 . Cl
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Chelerythrine Chloride
Molecular Formula : C21 H18 N O4 . Cl
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Chelerythrine Chloride
Molecular Formula : C21 H18 N O4 . Cl
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Chelidonine Hydrochloride
Molecular Formula : C20 H19 N O5 . H Cl
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Chelidonine Hydrochloride
Molecular Formula : C20 H19 N O5 . H Cl
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CHEMICALLY DEFINED DIET
CHEMICALLY DEFINED DIET
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CHEMICALLY DEFINED DIET
CHEMICALLY DEFINED DIET
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CHEMICALLY DEFINED DIET
CHEMICALLY DEFINED DIET
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CHEMICALLY DEFINED DIET
CHEMICALLY DEFINED DIET
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CHEMICALLY DEFINED DIET
CHEMICALLY DEFINED DIET
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CHEMICALLY DEFINED DIET
CHEMICALLY DEFINED DIET
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Chenodeoxycholan-24-ol
Molecular Formula : C24H42O3