Translational Biotechnology

Stem Cell and Regenerative Medicines are most Dazzling part of Modern Translational Biotechnology

Cancer Cell Culture, Stemformatics, Stem Cell based Tissue Engineering, "Organ in Dish" and Future Translational Therapy

Translational Biotechnology is a job creator and engine of economic growth!

Our lab focuses on understanding the molecular cellular mechanisms underlying adult stem cells also known as Tissue specific (multipotent) Stem cell self-renewal and differentiation. Adult Stem cells are playing crucial role to generate cancer stem cell, Adult Stem cells are cells which can sustain the cancer. Modern Cancer research reported that Cancer Stem cells are radiation resistance and responsible for relapsing as well as metastasis of cancer.

Our focus supports stem cell-based approaches to study and treat illnesses ranging from osteoarthritis to Alzheimer’s disease to Cancer.

“By maintaining our pace of discovery and accelerating discovery to clinical translation, stem cells will transform medicine — providing replacement tissue, rejuvenating aging organ systems and creating models of human disease to enable drug discovery and new personalized treatments.”

We introduced stemformatics first time in India (Indian Science Congress, Mysore, 3rd Jan to 7th Jan, 2016) to develop more effective treatment for cancer by designing cancer stem cell targeted drug.

Our Translational Biotechnology based training and Work Shop are a job creator, revenue generator and engine of economic growth. Tranaslational Biotechnology is a valuable asset that contributes to high-paying, skilled jobs and unmatched biomedical and health research expertise and resources.

First time in NCR under one roof so many Job oriented paid Training opportunity offering by Department of Biotechnology, MIET, Meerut.

“Stem Cell Transform Medicine" So Miet’s Smart Choice is to work on Stem Cell and Tissue Engineering"

Training Outcome

Outcomes of our B.Tech Final year students* this year (2017) are :

Developed different human and rat “organ in dish “.
Discovered Novel methodology to isolate stem cell, in future it may cut down the price of stem cell banking as well as stem cell therapy .
Genotoxic effect of pesticide on local farmer were also observed

* >80% placement of Students worked on above mentioned projects

Training Outcome 2017

Training

Module 1 (Code: ATC E-1): Basic Laboratory practices in Cell Culture and Tissue Engineering

Duration- 6 Days Fee- Rs. 2,000/-

Basic good laboratory practices for sterile handling of mammalian cells and cell culture reagents
Preparation of Media
Preparation of Sera
Culture and maintenance of cells (both adherent/ suspension ) in-vitro
Sub-culturing of Cancer cells
Identify cell morphology and possible contaminants
Live cell study with advance microscope (Olympus 1X73)

Module 2 (Code: ATC E-2): Skill development in Translational Biotechnology (Cell Culture and Tissue Engineering)

Duration- 15 Days Fee- Rs. 3,500/-

Basic good laboratory practices for sterile handling of mammalian cells and cell culture reagents
Preparation of Media
Preparation of Sera
Culture and maintenance of cells (both adherent/ suspension ) in-vitro
Sub-culturing of Cancer cells
Cell counting and assessment of viability
Passaging (manual/ enzymatic) of Cells
Preservation of cells
Thawing of cells (Cancer Cells)
Visualization under inverted phase-contrast florescent microscope (Olympus 1X73)

Module 3 (Code: ATC E-3): Job Oriented Advance Level Training Program in Animal Cell & Tissue Culture Technology

Duration- 30 Days Fee- Rs. 8,000/-

Basic good laboratory practices for sterile handling of mammalian cells and cell culture reagents
Preparation of Media
Preparation of Sera
Culture and maintenance of cells (both adherent/ suspension ) in-vitro
Sub-culturing of cancer cells
Identify cell morphology and possible contaminants
Cell counting and assessment of viability
Passaging (manual/ enzymatic) of Cells
Preservation of cells (Cryo-preservation, Adult Stem Cell Banking & Cancer Cell Banking)
Thawing of cells (Adult Stem Cells & Cancer Cells)
Visualization under inverted phase-contrast florescent microscope (Olympus 1X73)
Biosafety and Bioethics
In vitro screening of drugs and toxins

Project/Dissertation

We offer following Project/dissertation work depending upon the duration of the project.

Mini Project

Duration: 40 – 45 Days; Fee: Rs. 8,000/- – 10,000/-

Academic project

Duration: 2 – 6 month; Fee: Rs. 5,000 p.m.

Research project

Duration: 2 – 6 month; Fee: Rs. 6,000 p.m.

A varied range of project/dissertation topics are offered in this division which features major techniques of Animal Cell & Tissue Culture Technology viz:

Stemformatics tool for personalized medicine and organ development,
Stem cell, Regenerative Medicines & Tissue Engineering#,
Cancer Early Diagnosis therapy,
Medical Microbiology,
Cancer Cell Culture and Cell banking,
in vitro drug & pesticide screening,
Bio safety and Laboratory safety,
Laboratory animal handling with animal model development (Optional)*
Isolation of Stem Cells and Organ development

# Project fee is subjected to variable (depends on vendor's availability)

*Depends on availability of the animal

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