Formamide
Alkali Scientific Formamide, Super Pure, 500 Milliliters
Formamide, Super Pure, 500 Milliliters, is a high-purity chemical reagent widely used in molecular biology. Formamide is integral for processes like RNA and DNA hybridization, denaturation, and sequencing. In RNA analysis, formamide facilitates the separation of double-stranded RNA by disrupting hydrogen bonds. It is also utilized in reverse-transcription reactions and protein synthesis protocols. The super pure grade provides minimal impurities, ensuring accuracy in sensitive experiments. This 500mL bottle is an essential component in many laboratory applications, offering a convenient, larger volume for long-term projects in nucleic acid research.
Sigma Aldrich Fine Chemicals Biosciences Formamide ReagentPlus(R), >=99.0% (GC) | 75-12-7 | MFCD00007941 | 500ML
Formamide ReagentPlus(R), >=99.0% (GC) | Purity: >=99.0% (GC) | Mol Wt: 45.04 | 75-12-7 | MFCD00007941 | 500ML
Apexbio Technology LLC FORMAMIDE-200MG
Formamide (CAS No 75-12-7) is a versatile compound extensively used in biomedical research due to its ability to act as a solvent and its role in stabilizing nucleic acids Originating from carbonyl and amine it facilitates reactions involving hydrogen bond formation Its mechanism of action often involves interaction with nucleic acid structures influencing various biological pathways In vitro activity generally falls within the nanomolar to low micromolar range making it valuable for precise molecular studies Formamide is frequently employed in cell models and animal studies to explore genetic manipulation and gene expression effects It serves as a critical component in drug screening processes aiding in the evaluation of therapeutic candidates Experimental concentrations typically depend on the specific research design ensuring adaptability across diverse experiments
Aobchem N-(2-cyanophenyl)formamide | 97% | CAS 53902-59-3 | C8H6N2O | 5g
N-(2-cyanophenyl)formamide | 97% | CAS 53902-59-3 | C8H6N2O | 5g
Alkali Scientific Formamide, Molecular Biology, 1 L
Formamide, Molecular Biology Grade, 1L, is a high-purity reagent essential in molecular biology applications. It is commonly used in nucleic acid research, particularly for DNA and RNA denaturation, sequencing, and hybridization. Formamide disrupts hydrogen bonding, aiding in the unwinding of double-stranded DNA and the denaturation of RNA. It is a key reagent for preparing samples for gel electrophoresis and for reverse transcription. The 1-liter bottle offers a larger supply for laboratories requiring substantial amounts of formamide for extended experimental runs. The molecular biology grade ensures high purity for reliable and reproducible results.
Cambridge Isotope Laboratories FORMAMIDE (15N, 98%+), 1 G, 1449-77-0
FORMAMIDE (15N, 98%+), 1 G, 1449-77-0
Sigma Aldrich Fine Chemicals Biosciences formamide BioUltra for mol1L
FORMAMIDE formamide BioUltra for mol1L
Medchemexpress LLC Formamide-15N | 1449-77-0 | MFCD00084213 | 99.5% | 46.03 g/mol | CH315NO | 100mg
Formamide-15N is the 15N labeled Formamide (HY-Y0842) Formamide is an effective DNA denaturant that significantly reduces the stability of DNA in buffer solutions Formamide can also be used as a decalcifying agent for rat cardiac cells Additionally formamide is widely used as a solvent or chemical raw material for ion compounds resins and plasticizers [1][2][3][4][5][6][7]
Research Products International Corp Formamide, Super Pure, 100 Milliliters
For nucleic acid hybridization and sequencing
Cambridge Isotope Laboratories FORMAMIDE (13C, 99%), 1 G, 51284-91-4
FORMAMIDE (13C, 99%), 1 G, 51284-91-4
Medchemexpress LLC Formamide-13C | 51284-91-4 | MFCD00083968 | 99.9% | 46.03 | 13CH3NO | 100mg
Formamide-13C is the 13C-labeled Formamide (HY-Y0842) Formamide is an effective DNA denaturant that significantly reduces the stability of DNA in buffer solutions Formamide can also be used as a decalcifying agent for rat cardiac cells Additionally formamide is widely used as a solvent or chemical raw material for ion compounds resins and plasticizers [1][2][3][4][5][6][7]