Protein Blotting Consumables
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BLOT-FastStain™
G-BiosciencesA unique stain for reversibly staining protein on nitrocellulose and PVDF transfer membranes. BLOT-FastStain™ only stains protein and leaves the background absolutely untouched and brilliant white resulting in high band visibility. The staining procedure takes 10 minutes and has a…
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The premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Rat Whole Kidney, Medula & Cortex Blot
G-BiosciencesThe kidney tissue specific regions are prepared by carefully dissecting out anatomically and functionally distinct regions of adult rat kidney. The premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along…
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Human Tumor Esophagus Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Rat Brain Tissue Region Blot
G-BiosciencesThe brain tissue specific regions are prepared by carefully dissecting out anatomically and functionally distinct regions of adult rat brains. The premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along…
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Mouse Normal Heart Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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BBS/Casein
bioWORLDTechnical Information: 10X Concentrate has a working pH of 8.5 ( +/- 0.1) Formulated in a borate buffered physiologic saline buffer Sold as 2 x 100mL or 500mL.
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Botanical Garden Blot
G-BiosciencesThe blot is prepared using total protein extracted from a variety of 5-10 day old, whole plant tissues. The premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker.…
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Human Normal Brain Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal & Tumor Colon Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Mouse Normal Pancreas Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal & Tumor Testis Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal Skin Cell Line Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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The premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal Testis Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Mouse Sub-Cellular Fraction Specific Blot
G-BiosciencesThe subcellular fractions from liver tissue are prepared by carefully dissecting out anatomically and functionally distinct regions of adult mouse livers. The premade blots are prepared with the appropriate GenLysate™ and 50μg protein is loaded onto a 4-20% denaturing…
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Human Tumor Spleen Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal Spleen Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal & Tumor Breast Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal & Tumor Rectum Tissue Blot
G-BiosciencesFeatures Blot lane order: Protein marker Human Normal Rectum Lysate Human Tumor Rectum Lysate
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Rat Normal Testis Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Tumor Liver Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Pig Heart Tissue Region Blot
G-BiosciencesThe heart tissue specific regions are prepared by carefully dissecting out anatomically and functionally distinct regions of adult pig hearts. The premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along…
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Mouse Normal Spleen Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal Skeletal Muscle Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal Cervix Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal Uterus Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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The premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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The premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Tumor Colon Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Tumor Cervix Single Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
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Human Normal & Tumor Ovary Tissue Blot
G-BiosciencesThe premade blots are prepared with the appropriate GenLysate and 50μg protein is loaded onto a 4-20% denaturing polyacrylamide gel, along with a prestained molecular weight marker. After the proteins are resolved they are transferred to a PVDF membrane, using Efficient Western Transfer…
