APPLICATIONS & PROCESSES

1. BIOMEDICAL RESEARCH & HEALTHCARE

   Cryogenic vials are extensively used in biomedical research, clinical laboratories, and healthcare settings for the long-term storage of biological samples, including cells, tissues, blood and DNA. These vials help preserve the integrity of the samples, allowing researchers and clinicians to conduct experiments, diagnostics and studies over extended periods. In biomedical research, cryogenic vials play a crucial role in storing precious samples for future analysis, experimentation and therapeutic applications.

   
2. BIOBANKING & BIOREPOSITORIES

   Biobanks and biorepositories serve as repositories for storing biological samples for research, diagnostic, and therapeutic purposes. In this, Cryogenic vials provide facilities, where samples are stored at ultra-low temperatures to maintain their viability and integrity. Biobanks house a wide range of biological materials, including human specimens, animal tissues and microbial cultures and cryogenic vials ensure the long-term preservation of these valuable resources.

   
3. PHARMACEUTICAL & BIOTECHNOLOGY INDUSTRIES

   Cryogenic vials are also utilized for the storage of drug compounds, biological reagents, cell lines and other critical materials. These industries rely on cryogenic storage to maintain the stability and potency of pharmaceutical products and biologics, ensuring their efficacy and safety over time.These vials enable researchers and manufacturers to store samples at temperatures that prevent degradation and maintain their quality throughout the drug development and manufacturing process.

   
4. GENETIC & GENOMIC RESEARCH

   Genetic and genomic research involves the study of genes, DNA and genetic variations to understand their roles in health, disease and inheritance. Cryogenic vials are indispensable tools in this field for the long-term storage of DNA samples, genetic materials and cell lines. Researchers use cryogenic storage to preserve these samples for genetic analysis, sequencing, genotyping and other molecular biology techniques, enabling advances in personalized medicine, genetic testing and disease research.

   
5. AGRICULTURAL & ENVIRONMENTAL SCIENCES

   In agricultural and environmental sciences, cryogenic vials are employed for the storage of plant tissues, seeds, microbial cultures, and environmental samples. Researchers and agronomists utilize cryogenic storage to preserve genetic resources, rare species and biodiversity for conservation efforts and genetic improvement programs. Environmental scientists use cryogenic vials to store samples such as soil, water, and air for analysis of pollutants, contaminants and microbial diversity.

   
6. OOD & BEVERAGE INDUSTRY

   In the food and beverage industry, cryogenic vials are used for the storage of food samples, ingredients and additives. Quality control laboratories and food testing facilities rely on cryogenic storage to preserve samples for microbiological analysis, shelf-life studies and safety testing. Cryogenic vials help maintain the freshness and integrity of food samples, ensuring compliance with regulatory standards and consumer safety.

   
7. VETERINARY MEDICINE & ANIMAL SCIENCES

   Cryogenic vials are essential tools in veterinary medicine and animal sciences for the storage of animal tissues, semen, embryos, and other biological samples. Veterinarians, animal breeders and researchers use cryogenic storage to preserve genetic materials for breeding programs, assisted reproduction techniques and research studies. Cryogenic vials facilitate the long-term storage of valuable genetic resources from livestock, wildlife and endangered species.