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Nurturing Bright Minds to Shape the Future of Biotechnology
Nurturing Bright Minds to Shape the Future of Biotechnology

Bringing forth the scientists of tomorrow, to cure what ails the world today
 

Unlocking the Potential of Tomorrow's Biotech Innovations, Today
Unlocking the Potential of Tomorrow's Biotech Innovations, Today

Research Consultancy

Dr. B. Lal Institute of Biotechnology is committed to promoting research and development and expanding the spheres of biotechnology for the benefit of society. As part of this commitment, the institution offers consultancy services to a wide range of clients, including industries, government, non-government organizations, community, and the general public. These consultancy services provide an opportunity for the institution to generate resources and for clients to benefit from the expertise available at the institution.

The institution has an official policy for structured consultancy, which ensures that clients receive the highest quality service and that the institution's resources are used effectively. This policy includes guidelines for proposal submission, contract negotiation, and project management, as well as a process for resolving disputes or issues that may arise during the consultancy process.

The consultancy services offered by the institution can be in the form of providing expert advice, conducting research, providing training or laboratory services, or a combination of these services. The institution's consultancy services are tailored to meet the specific needs of each client, and the institution is committed to delivering high-quality services that are delivered on time and within budget.

Overall, the consultancy services offered by Dr. B. Lal Institute of Biotechnology are an important aspect of the institution's commitment to promoting research and development and expanding the spheres of biotechnology for the benefit of society. The institution's structured consultancy policy ensures that clients receive the highest quality services and that the institution's resources are used effectively to achieve mutual benefits.

Bioservices & Customized Research

A Platform for Contract Research

Areas covered

  • Analysis of various biological fluids for different metabolites including plasma/serum glucose, serum cholesterol, serum protein, serum urea nitrogen, CSF and urinary protein, serum creatinine etc.
  • Herbal extract preparation
  • Antioxidant/free radical analysis of potential compound
  • Analysis of secondary metabolites – phytochemical structure of compound
  • Quantitation of various cellular components such as protein, carbohydrates, lipids, nucleic acids, vitamins, enzymes etc.
  • Chromatographic characterization

List of techniques

  • Determination of plasma/serum glucose
  • Determination of total serum protein
  • Determination of CSF and urinary protein
  • Determination of serum cholesterol
  • Determination of serum urea nitrogen
  • Determination of serum Creatinine
  • Preparation of plant material for Herbal extract preparation
  • Extraction techniques to prepare Herbal extract from Medicinal plants
  • Qualitative phytochemical screening
  • Superoxide anion radical scavenging (SO) assay
  • Hydroxyl radical scavenging (HO) assay
  • Hydrogen peroxide radical scavenging assay
  • Reducing power/ ability
  • Non enzymatic antioxidant assay including Superoxide dismutase (SOD), Catalase (CAT) etc.
  • Determination of Total lipid content in serum sample
  • Determination of Pyruvate content in plant sample
  • Determination of Total soluble sugar content in plant sample
  • Determination of Total protein content in plant sample
  • Determination of Vitamin C content in plant sample
  • Determination of Vitamin E content in plant sample
  • Determination of phenolic content in plant sample
  • Determination of flavonoid content in plant sample
  • DPPH (1,1-diphenyl-2-picrylhydrazyl) free radical scavenging assay
  • Chelating activity assay
  • Thin layer chromatography (TLC) for identify unknown compound

Areas covered

  • Nucleic acids isolation and characterization
  • Protein isolation and characterisation
  • Molecular identification/Genetic characterization of microbes
  • PCR
  • Gene expression analysis
  • Protein expression analysis
  • Genetic characterization of microbes

List of Experiments/Techniques

  • Isolation & characterization of nucleic acid extracts like DNA, RNA & Plasmids.
  • Qualitative & Quantitative analysis of nucleic acid extracts – DNA, RNA, & plasmids
  • Genotyping experiments – like mutation detection, PCR, Nested PCR, RT-PCR allele specific amplification, RAPD
  • RFLP analysis
  • Genomic & Proteomic analysis
  • Protein isolation, characterization, Qualitative & quantitative analysis/ profiling
  • Molecular identification of micro-organism 16S/18S RNA sequencing
  • Protein expression analysis
  • Gel electrophoresis experiments – agarose, SDS PAGE, NATIVE PAGE etc.
  • Genetic characterization of bioremediation dye degradation, oil degradation, pesticide degradation or any other significant potential of microbes

Areas covered

  • Phytochemical analysis of plant extracts.
  • Free radical scavenging assays
  • Stress Physiology of plant growth
  • Molecular biology of plants (DNA, RNA and protein)
  • Secondary metabolite characterization
  • Micropropagation and PTC based studies

List of Experiments/Techniques

  • Phytochemical analysis of plant extract for the presence of Antioxidants
  • Phytochemical analysis of plant extract for the presence of Phenolics
  • Phytochemical analysis of plant extract for the presence of Flavonoids
  • Superoxide dismutase (SOD) activity of plant extract
  • Nitric oxide activity activity of plant extract
  • Analysis of effect of chemical compounds on plant growth
  • Analysis of effect of abiotic stresses on plant growth
  • Plant DNA isolation, qualitative & quantitative estimation
  • Plant RNA isolation, qualitative & quantitative estimation
  • Molecular Marker Analysis
  • Plant Protein Profiling (Isolation and SDS PAGE)
  • Micropropagation of plants (varies as per the requirement)
  • Qualitative and quantitative analysis of Secondary Metabolites in Plants
  • Assessment of Seed germination
  • Studies on growth regulation in plants
  • Plant tissue culture based studies (vary as per the requirement)
  • Genotoxicity analysis using plant: Chromosomal aberration and mitotic index analysis

Areas covered

  • Physico-chemical and Microbiological characterization of
    • Water
    • Wastewater
    • Soil

List of Experiments/Techniques

  • pH
  • Temperature
  • Moisture content
  • Electrical conductivity
  • Salinity
  • Dissolved oxygen
  • Total Solids: Total suspended solids, total dissolved solids, volatile Solids
  • BOD (Biochemical oxygen demand)
  • COD (Chemical oxygen demand)
  • Ammonia
  • TKN (Total Kjeldahl Nitrogen)
  • Nitrates
  • Nitrites
  • Total phosphates
  • Total sulphates
  • Acidity
  • Alkalinity
  • Hardness
  • Percentage of available chlorine in bleaching powder
  • Residual chlorine
  • Chlorides
  • Total coliforms
  • Total Bacteria
  • Fecal coliforms
  • Pathogens analysis
  • Fecal streptococci
  • Total bacterial count (SPC technique)
  • Typing of bacteria based on their various industrial potential such as bioremediation of oil

Areas covered

  • Protein isolation
  • Protein purification
  • Protein Characterization
  • Protein structure prediction

List of Experiments/Techniques

  • Cell Lysis and protein isolation
  • Protein precipitation by acetone and ammonium sulphate
  • Qualitative protein estimation by Bradford Assay
  • Quantitative protein estimation by Folin Lowry Method
  • Crude sample preparation for SDS-PAGE
  • SDS-PAGE analysis
  • Gel permeation chromatography
  • Affinity chromatography
  • Ion Exchange chromatography
  • Western Blotting
  • Protein Alignment
  • Protein structure prediction
  • Protein structure validation

Areas covered

  • Physical Analysis of Solid Waste
  • Chemical Analysis of Solid Waste
  • Biochemical Analysis of Solid Waste
  • Pretreatment Techniques of Solid Waste for Enhanced Biofuel Production
  • Estimation of biogas production
  • Toxicity testing of waste sample

List of Experiments/Techniques

  • Physical Analysis of Solid Waste
  • Chemical Analysis of Solid Waste
  • Biochemical Analysis of Solid Waste
  • Pretreatment Techniques of Solid Waste for Enhanced Biofuel Production
  • Estimation of biogas production
  • Toxicity testing of waste sample
  • List of Experiments/Techniques
  • Determination of pH
  • Determination of Temperature
  • Determination of Electrical conductivity
  • Determination of Salinity
  • Determination of organic matter
  • Determination of volatile and non volatile substances
  • Determination of volatile fatty acid
  • Estimation of Ammonia nitrogen
  • Determination of Nitrate nitrogen
  • Determination of Total phosphorus
  • Determination of Available phosphorus
  • Determination of soluble and total Chemical oxygen demand
  • Determination of total, suspended and dissolved solids
  • Determination of Acid insoluble lignin
  • Determination of Acid soluble lignin
  • Determination of Cellulose
  • Determination of Hemicellulose
  • Enumeration of microbial index by standard plate count method
  • Physical, chemical and biological pretreatment Techniques of Solid Waste for Enhanced Biogas Production
  • Toxicity testing of waste sample before and after biogas production for environmental safety

Areas covered

  • DNA analysis
  • Protein analysis

List of Experiments/Techniques

  • To perform alignment of nucleic acid sequence
  • To perform alignment of protein sequence
  • Identification of bacteria using 16S rRNA .
  • Primer designing
  • Phylogenetic analysis of nucleotide sequence
  • Phylogenetic analysis of protein sequence
  • Homology modeling of protein
  • Identification of binding pockets of the protein
  • To perform molecular docking
  • To predict ADMET properties

Areas covered

  • Environmental biotechnology
  • Plant biotechnology
  • Medical microbiology
  • Clinical microbiology
  • Industrial microbiology
  • Bioinformatics

Contact Us

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Faqs
The services are open to all. School students, undergraduate, postgraduate,PhD students and post doctoral fellows working in the field of life and allied sciences who wish to translate a research idea, but lack the necessary facilities or technical expertise at their host institute are welcome to avail these services.
The customer contacts our team via the official Email ID stating the experiments/services they wish to avail. Our representative responds to mail or contacts the client telephonically for further clarifications. The queries are forwarded to the expert and the estimated expenditure is calculated based on their input. The cost and the turnaround time are communicated to the customer and the experiments are initiated after 50% payment of requisite fee. When the results are available, the customers are contacted for remaining payment and results are shared with them.
We understand that your data is of prime importance. Please be assured that it will be safe in our hands and will not be shared anywhere.
You are welcome to post a query, our technical team may be able to assist you in making the right decision. You may also avail our Formulation of research study service for complete technical support in designing your research problem.
The charges of bioservice depend upon a lot of factors including number and type of samples, degree of preprocessing required, necessity of minimum number of reactions, HR hours required etc. Therefore it is calculated on a case-by-case basis and communicated within 3-5 working days after query clarification.
The turnaround time varies depending on the service availed and is communicated to the client at the time of sharing the quotation.
We are committed to expanding our service domains and accordingly, the service list is updated periodically. Even if your service isn’t listed, you are advised to contact us for a confirmation.
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