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10400
Aluminum Oxide 90 Basic, 500g
Price: $231.35List Price: $257.05Aluminum Oxide 90 Basic (63-200 Micron)  for use with Technovit® 9100. Formula: Al<sub>2</sub>O<sub>3</sub> Formula Weight: 101.96 CAS #: 1344-28-1 -
GE10600022
Sigma-Aldrich
Amersham(TM) Hybond(R) LFP Western blotting membranes, PVDF (C15-1426-288)
Price: $1,477.71List Price: $1,641.90Amersham ™ Hybond ® LFP 0.2 PVDF, a low-fluorescent, 0. -
GE10600060
Sigma-Aldrich
Amersham(TM) Hybond(R) LFP Western blotting membranes, PVDF (C15-1426-309)
Price: $821.14List Price: $912.38PVDF protein blotting membrane, provides low auto-fluorescence across a wide range of excitation/emission wavelengths. Low-fluorescent PVDF membrane optimized for fluorescent Western blotting applications. -
GE10600102
Sigma-Aldrich
Amersham(TM) Hybond(R) LFP Western blotting membranes, PVDF (C15-1426-323)
Price: $495.92List Price: $551.02PVDF protein blotting membrane, provides low auto-fluorescence across a wide range of excitation/emission wavelengths. Low-fluorescent PVDF membrane optimized for fluorescent Western blotting applications. -
GE10600021
Sigma-Aldrich
Amersham(TM) Hybond(R) P Western blotting membranes, PVDF (C15-1426-287)
Price: $896.57List Price: $996.19PVDF membranes have higher mechanical strength than NC membranes and, thus, are more suitable for Western blotting applications where stripping and reprobing is needed. In addition, PVDF membranes exhibit higher protein binding capacity, however, -
GE10600023
Sigma-Aldrich
Amersham(TM) Hybond(R) P Western blotting membranes, PVDF (C15-1426-289)
Price: $906.86List Price: $1,007.62PVDF membranes have higher mechanical strength than NC membranes and, thus, are more suitable for Western blotting applications where stripping and reprobing is needed. In addition, PVDF membranes exhibit higher protein binding capacity, however, -
GE10600029
Sigma-Aldrich
Amersham(TM) Hybond(R) P Western blotting membranes, PVDF (C15-1426-290)
Price: $588.00List Price: $653.33PVDF membranes have higher mechanical strength than NC membranes and, thus, are more suitable for Western blotting applications where stripping and reprobing is needed. In addition, PVDF membranes exhibit higher protein binding capacity, however, -
GE10600038
Sigma-Aldrich
Amersham(TM) Hybond(R) P Western blotting membranes, PVDF (C15-1426-296)
Price: $973.71List Price: $1,081.90PVDF membranes have higher mechanical strength than NC membranes and, thus, are more suitable for Western blotting applications where stripping and reprobing is needed. In addition, PVDF membranes exhibit higher protein binding capacity, however, -
GE10600057
Sigma-Aldrich
Amersham(TM) Hybond(R) P Western blotting membranes, PVDF (C15-1426-307)
Price: $882.86List Price: $980.95PVDF membranes have higher mechanical strength than NC membranes and, thus, are more suitable for Western blotting applications where stripping and reprobing is needed. In addition, PVDF membranes exhibit higher protein binding capacity, however, -
GE10600058
Sigma-Aldrich
Amersham(TM) Hybond(R) P Western blotting membranes, PVDF (C15-1426-308)
Price: $711.43List Price: $790.48PVDF membranes have higher mechanical strength than NC membranes and, thus, are more suitable for Western blotting applications where stripping and reprobing is needed. In addition, PVDF membranes exhibit higher protein binding capacity, however, -
GE10600069
Sigma-Aldrich
Amersham(TM) Hybond(R) P Western blotting membranes, PVDF (C15-1426-312)
Price: $613.71List Price: $681.90PVDF membranes have higher mechanical strength than NC membranes and, thus, are more suitable for Western blotting applications where stripping and reprobing is needed. In addition, PVDF membranes exhibit higher protein binding capacity, however, -
GE10600086
Sigma-Aldrich
Amersham(TM) Hybond(R) P Western blotting membranes, PVDF (C15-1426-316)
Price: $495.92List Price: $551.02PVDF membranes have higher mechanical strength than NC membranes and, thus, are more suitable for Western blotting applications where stripping and reprobing is needed. In addition, PVDF membranes exhibit higher protein binding capacity, however,