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Reference: BMD00065_500 mg
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5(6)-CFDA can be loaded into cells via incubation.
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Category: Reagents
Reference: BMD00065_50 mg
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5(6)-CFDA can be loaded into cells via incubation.
Reference: BMD00066_50 mg
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5(6)-CFDA is a useful fluorescent tracer that can passively diffuse into cells.
Reference: BMD00066_5 mg
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5(6)-CFDA is a useful fluorescent tracer that can passively diffuse into cells.
Reference: BMD00041_500 mg
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FAM can be incorporated into liposomes, and allow for the tracking of liposomes.
Reference: BMD00041_50 mg
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FAM can be incorporated into liposomes, and allow for the tracking of liposomes.
Reference: BMD00031_100 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00031_10 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00029_200 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00029_20 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00030_25 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: SM07-200
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5-Azacytidine acts as a demethylating agent by inhibiting DNA methyltransferase (DNMT), forming covalent adducts with cellular DNMT1 depleting enzyme activity. This small molecule enhances differentiation to...
Reference: SM07-50
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5-Azacytidine acts as a demethylating agent by inhibiting DNA methyltransferase (DNMT), forming covalent adducts with cellular DNMT1 depleting enzyme activity. This small molecule enhances differentiation to...
Reference: BMD00067_200 mg
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5-CFDA is membrane-permeant and can be loaded into cells via incubation.
Reference: BMD00067_20 mg
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5-CFDA is membrane-permeant and can be loaded into cells via incubation.
Reference: BMD00042_500 mg
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FAM can be incorporated into liposomes, and allow for the tracking of liposomes.
Reference: BMD00042_50 mg
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FAM can be incorporated into liposomes, and allow for the tracking of liposomes.
Reference: BMD00043_50 mg
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5-FAM, SE is the amine-reactive succinimidyl ester of single isomer 5-FAM acid.
Reference: BMD00043_5 mg
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5-FAM, SE is the amine-reactive succinimidyl ester of single isomer 5-FAM acid.
Reference: BMD00045_10 mg
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5-FAM-PEO12 SE has an approximately 47 Angstrom water-soluble PEG spacer that separates fluorescein and the amine-reactive SE group.
Reference: BMD00045_1 mg
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5-FAM-PEO12 SE has an approximately 47 Angstrom water-soluble PEG spacer that separates fluorescein and the amine-reactive SE group.
Reference: BMD00044_10 mg
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5-FAM-PEO8 SE has an approximately 32 Angstrom water-soluble PEG spacer that separates fluorescein and the amine-reactive SE group.
Reference: BMD00044_1 mg
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5-FAM-PEO8 SE has an approximately 32 Angstrom water-soluble PEG spacer that separates fluorescein and the amine-reactive SE group.
Reference: BMD00035_50 mg
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5-ROX is used for oligonucleotide labeling and automated DNA sequencing applications.
Reference: BMD00035_5 mg
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5-ROX is used for oligonucleotide labeling and automated DNA sequencing applications.
Reference: BMD00034_50 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00034_5 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00069_200 mg
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6-CDCFD is a useful fluorescent tracer that can passively diffuse into cells.
Reference: BMD00069_20 mg
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6-CDCFD is a useful fluorescent tracer that can passively diffuse into cells.
Reference: BMD00070_50 mg
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6-CDCFD is a useful fluorescent tracer that can passively diffuse into cells.
Reference: BMD00070_5 mg
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6-CDCFD is a useful fluorescent tracer that can passively diffuse into cells.
Reference: BMD00068_200 mg
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6-CFDA has been used to differentiate viable cells from apoptotic cells.
Reference: BMD00068_20 mg
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6-CFDA has been used to differentiate viable cells from apoptotic cells.
Reference: BMD00046_200 mg
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6-FAM is mainly used in sequencing of nucleic acids and labeling nucleotides.
Reference: BMD00046_20 mg
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6-FAM is mainly used in sequencing of nucleic acids and labeling nucleotides.
Reference: BMD00047_50 mg
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6-FAM, SE is the amine-reactive succinimidyl ester of single isomer 6-FAM acid.
Reference: BMD00047_5 mg
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6-FAM, SE is the amine-reactive succinimidyl ester of single isomer 6-FAM acid.
Reference: BMD00036_50 mg
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6-ROX is predominately used for labeling nucleotides and sequencing nucleic acids.
Reference: BMD00036_5 mg
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6-ROX is predominately used for labeling nucleotides and sequencing nucleic acids.
Reference: BMD00037_50 mg
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6-ROX, SE is widely used for oligonucleotide labeling and automated DNA sequencing applications.
Reference: BMD00037_5 mg
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6-ROX, SE is widely used for oligonucleotide labeling and automated DNA sequencing applications.
Reference: BMD00032_50 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00032_5 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00033_50 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00033_5 mg
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Tetramethylrhodamine has been a widely used fluorophore for preparing bioconjugates.
Reference: BMD00048_50 mg
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6-X-FAM connect an amino acetyl group in FAM (referred to as the "X").
Reference: BMD00048_5 mg
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6-X-FAM connect an amino acetyl group in FAM (referred to as the "X").
Reference: SM08-200
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A769662 inhibits 3T3-L1 adipocyte differentiation and may be used to treat obesity. It also inhibited the function of the 26S proteasome via an AMPK-independent mechanism.
Reference: SM08-50
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A769662 inhibits 3T3-L1 adipocyte differentiation and may be used to treat obesity. It also inhibited the function of the 26S proteasome via an AMPK-independent mechanism.
Reference: SM08-10
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A769662 inhibits 3T3-L1 adipocyte differentiation and may be used to treat obesity. It also inhibited the function of the 26S proteasome via an AMPK-independent mechanism.
Reference: SM08-2
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A769662 inhibits 3T3-L1 adipocyte differentiation and may be used to treat obesity. It also inhibited the function of the 26S proteasome via an AMPK-independent mechanism.
Reference: BMD00082_500T
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Abbkine AbFluor™ 488-Phalloidin selectively bound to F-actins.
Reference: BMD00083_500T
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Abbkine AbFluor™555-Phalloidin selectively bound to F-actins.
Reference: BMD00084_500T
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Abbkine AbFluor™ 594-Phalloidin selectively bound to F-actins.
Reference: SM09-50
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ALK5 can replace Sox2 for generation of induced pluripotent stem cells (iPSC).
Reference: SM09-25
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ALK5 can replace Sox2 for generation of induced pluripotent stem cells (iPSC).
Reference: SM09-10
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ALK5 can replace Sox2 for generation of induced pluripotent stem cells (iPSC).
Reference: SM09-5
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ALK5 can replace Sox2 for generation of induced pluripotent stem cells (iPSC).
Reference: SM09-1
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ALK5 can replace Sox2 for generation of induced pluripotent stem cells (iPSC).
Reference: BMD00038_500 mg
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AMCA is one of the brightest amine-reactive blue fluorescent dyes.
Reference: BMD00038_50 mg
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AMCA is one of the brightest amine-reactive blue fluorescent dyes.
Reference: BMD00039_50 mg
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Amine reactive, UV excitable blue fluorescent probe similar to AMCA-H.
Reference: BMD00039_5 mg
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Amine reactive, UV excitable blue fluorescent probe similar to AMCA-H.
Reference: BMD00040_50 mg
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Amine reactive, UV excitable blue fluorescent probe similar to AMCA-H.
Reference: BMD00040_5 mg
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Amine reactive, UV excitable blue fluorescent probe similar to AMCA-H.
Reference: BMD00085_250mg
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BAPTA and its derivatives are calcium chelators that are commonly used to form calcium buffers with well-defined calcium concentrations.
Reference: BMD00085_25mg
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BAPTA and its derivatives are calcium chelators that are commonly used to form calcium buffers with well-defined calcium concentrations.
Reference: BMD00003_1 g
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BAPTA and its derivatives are calcium chelators that are commonly used to form calcium buffers with well-defined calcium concentrations.
Reference: BMD00003_100 mg
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BAPTA and its derivatives are calcium chelators that are commonly used to form calcium buffers with well-defined calcium concentrations.
Reference: BMD00004_2 g
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BAPTA and its derivatives are calcium chelators that are commonly used to form calcium buffers with well-defined calcium concentrations.
Reference: BMD00004_200 mg
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BAPTA and its derivatives are calcium chelators that are commonly used to form calcium buffers with well-defined calcium concentrations.
Reference: BMD00005_2 g
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BAPTA and its derivatives are calcium chelators that are commonly used to form calcium buffers with well-defined calcium concentrations.
Reference: BMD00005_200 mg
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BAPTA and its derivatives are calcium chelators that are commonly used to form calcium buffers with well-defined calcium concentrations.
Reference: BMD00007_10 mg
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BCECF, AM ester is membrane-permeant and thus can be loaded into cells via incubation.
Reference: BMD00007_1 mg
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BCECF, AM ester is membrane-permeant and thus can be loaded into cells via incubation.
Reference: SM10-10
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BI-D1870 induces apoptosis, although preferentially, in a p21-deficient background. BI-D1870 also induces a strong transcription and p53-independent accumulation of p21 protein and protects cells from gamma...
Reference: SM10-5
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BI-D1870 induces apoptosis, although preferentially, in a p21-deficient background. BI-D1870 also induces a strong transcription and p53-independent accumulation of p21 protein and protects cells from gamma...
Reference: SM10-1
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BI-D1870 induces apoptosis, although preferentially, in a p21-deficient background. BI-D1870 also induces a strong transcription and p53-independent accumulation of p21 protein and protects cells from gamma...
Reference: BMD00054_10 mg
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Biotin azide reacts with alkyne to form 1,2,3-triazole by copper(I) catalyzed 1,3-dipolar Huisgen cycloaddition.
Reference: BMD00054_1 mg
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Biotin azide reacts with alkyne to form 1,2,3-triazole by copper(I) catalyzed 1,3-dipolar Huisgen cycloaddition.
Reference: BMD00053_500 mg
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Biotin SE can easily react with primary or secondary amine.
Reference: BMD00053_50 mg
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Biotin SE can easily react with primary or secondary amine.
Reference: BMD00058_100 mg
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Biotin-X, SE activates the carboxylic acid group of Biotin, which promotes the coupling reactions.
Reference: BMD00058_10 mg
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Biotin-X, SE activates the carboxylic acid group of Biotin, which promotes the coupling reactions.
Reference: BMD00057_200 mg
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Biotin-X, free acid can be used for biosynthesis of biotinylated oligosaccharides.
Reference: BMD00057_20 mg
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Biotin-X, free acid can be used for biosynthesis of biotinylated oligosaccharides.
Reference: BMD00055_200 mg
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Biotin-XX free acid can be used to react with aromatic amines or sterically hindered amines.
Reference: BMD00055_20 mg
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Biotin-XX free acid can be used to react with aromatic amines or sterically hindered amines.
Reference: BMD00056_100 mg
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Biotin-XX succinimidyl ester is readily coupled to a primary or secondary amine under mild conditions.
Reference: BMD00056_10 mg
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Biotin-XX succinimidyl ester is readily coupled to a primary or secondary amine under mild conditions.
Reference: SM11-100
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BIRB796 has been used as part of the naive human stem cell (NSHM) medium to create naive state human cells.
Reference: SM11-50
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BIRB796 has been used as part of the naive human stem cell (NSHM) medium to create naive state human cells.
Reference: SM11-25
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BIRB796 has been used as part of the naive human stem cell (NSHM) medium to create naive state human cells.
Reference: SM11-10
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BIRB796 has been used as part of the naive human stem cell (NSHM) medium to create naive state human cells.
Reference: SM11-2
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BIRB796 has been used as part of the naive human stem cell (NSHM) medium to create naive state human cells.
Reference: SM12-50
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BIX01294 modulates H3K9me2 levels in mammalian cells and potentiates induction of pluripotent stem cells from somatic cells in-vitro.
Reference: SM12-10
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BIX01294 modulates H3K9me2 levels in mammalian cells and potentiates induction of pluripotent stem cells from somatic cells in-vitro.
Reference: SM12-2
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BIX01294 modulates H3K9me2 levels in mammalian cells and potentiates induction of pluripotent stem cells from somatic cells in-vitro.