Specifications Table:
| Product Name | Adenine for Biochemistry – Lancer |
| Quantity/Pack Size | 25 g |
| Brand | Lancer |
| Form | Powder |
| Grade | Biochemistry/Laboratory Grade |
| Application | Molecular biology, DNA research, cell studies |
Product Overview:
Academic Use—Perfect for Biochemistry & Molecular Biology Labs
Lancer Adenine is an essential purine nucleobase used in educational experiments involving DNA/RNA synthesis, ATP-related pathways, and genetic coding exercises. Ideal for college and university-level labs, it enables students to explore core biochemical structures and processes.
Whether it’s a CBSE curriculum or B.Sc. biotech practicals, this compound serves as a critical material in genetic material replication experiments and nucleotide-based demonstrations.
Industrial Use – Supports R&D in Molecular Genetics
In research labs, adenine is widely used for cell culture growth, nucleotide synthesis, enzymatic reactions, and transcription studies. Lancer’s high-purity formulation ensures consistency in experimental outcomes, especially in genomics, pharmacogenomics, and synthetic biology setups.
Institutional Use—Trusted by Scientific and Medical Institutes
Medical and life sciences institutions rely on Lancer Adenine to support biochemical assay development and DNA repair studies and as a precursor in coenzyme biosynthesis (like NAD and FAD). The lab-grade quality meets the requirements of government-funded and private academic research centers.
FAQs:
1. What is adenine used for in the lab?
It’s a purine base used in DNA, RNA, and energy-carrying molecules like ATP. Common in genetic and cellular experiments.
2. Is it safe for human use or consumption?
No, this is strictly for laboratory use. Not intended for medical or food applications.
3. Can it be used in microbiology or cell culture?
Yes, it’s often used as a supplement in cell growth mediums and microbiological experiments.
4. How should it be stored?
Store in a tightly sealed container in a cool, dry, and well-ventilated space away from light and moisture.
5. What are alternatives to adenine in nucleotide studies?
Other nucleobases like guanine, cytosine, and thymine are commonly used in combination for full-spectrum DNA/RNA work.
