Duration: 3 days (18 credit hours)

 

Course Content:

 

Theoretical content:
- Basics of Reproductive Biology.
- Female Reproductive System.
- Oogenesis.
- ART– Importance, History, Applications and Methods.
- Oocytes Maturation.
- Hormonal Regulation of Male Reproduction.
- Spermatogenesis.
- Sperm Maturation and Capacitation.
- Mechanism of Fertilization.
- Embryo Development stages.
- Culture System and Media Composition.
- IVF Laboratory and Quality Management.

 

Practical part: - Recovery of oocytes; - Grading and selecting of oocytes; - Culturing oocytes for maturation. - Maturation Assessment; - Equilibration of Oocytes for IVF; - Sperm Preparation for IVF; - Perform IVF Step. - Embryos Quality Assessment; - Embryos Handling and Washing; - Culturing of Embryos in Specific Culture Medium.

 

Fees: 1200 L.E. (Certificate, CofFees and lunch breaks are included)
Maximum number of attendees 20 trainees

 

Duration: 2 days (12 credit hours)

 

Course Content:

 

Theoretical content:
- What stem cell is?
- Different types of stem cell.
- Hematopoietic Stem Cell.
- Mesenchymal stem cell.
- Applications of stem cell

 

Practical part:
- Dissecting out femur and tibia of mouse.
- Aspiration and culturing of bone marrow aspirates.
- Isolation and Culture of Hematopoietic Stem Cell.
- Stem Cell Counting.
- Sub-culturing of stem cell.

 

Fees: 1200 L.E. (Certificate, CofFees and lunch breaks are included) Maximum number of attendees 20 trainees

 

Duration: 2 days (12 credit hours)

 

Course Content:

 

Theoretical content:
- Tissue culture techniques.
- Basics of tissue culture.
- Types of Tissue culture.
- Different types of tissue culture media.
- Growth regulators.
- Tissue Culture Troubleshooting.
- Materials used in sterilization.
- Explant culture.

 

Practical part:
- Preparation and Sterilization of culture Media.
- Primary culture of plants embryos.
- Explant subculture.
 

 

Fees: 1000 L.E. (Certificate, CofFees and lunch breaks are included)

 

Maximum number of attendees 20 trainees

 

Duration: 2 days (12 credit hours)

 

Course Content:

 

Theoretical content:
• Intro to cancer biology
• Molecular mechanism of cancer
• What is RNA?
• Why we are interested in RNA?
• How to isolate RNA?
• How to judge RNA quality?
• Real-Time PCR
• Gene Expression data analysis

 

Practical part:
• RNA Isolation
• Quality Assessment of RNA
• cDNA Preparation
• cDNA Electrophoresis
• qPCR Preparation
• qPCR Results Monitoring

 

Fees: 1300 L.E. (Certificate, CofFees and lunch breaks are included)

 

Maximum number of attendees 20 trainees

 

Duration: 3 days (18 credit hours)

 

Course Content:

 

Theoretical content:

 

• LMO development
• The relevance of LMO detection in accordance to Cartagena protocol and national level
• Principals of quality control for LMO analysis
• Experimental design for LMO analysis
• Report writing
• Validation of LMO testing method
• Biosafety laws
• Biosafety clearing house mechanism Practical part:
• DNA isolation( different validated methods )
• agarose gel preparation, gel loading
• pcr preparation
• gel interpretation
• nested primer
• real time pcr application in LMO detection
• strip analysis
 

 

Fees: 1200 L.E. (Certificate, CofFees and lunch breaks are included)
Maximum number of attendees 20 trainees

 

Duration: 3 days (18 credit hours)

 

Course Content:

 

• Databases and literature search
• DNA sequence retrieval and comparison
• Primer design
• Multiple sequence alignment and phylogenetic tree

 

Fees: 1200 L.E. (Certificate, CofFees and lunch breaks are included)
Maximum number of attendees 20 trainees

 

Duration: 4 days (24 credit hours)

 

Course Content:

 

Theoretical content:

 

• principal of gene expression
• application of PCR techniques
• Application of real-time PCR
• Real-time PCR data analysis

 

Practical part:

 

 

• RNA isolation
• cDNA synthesis
• PCR technique
• Performing real-time PCR analysis
 

 

Fees: 1500 L.E. (Certificate, CofFees and lunch breaks are included)

 

Maximum number of attendees 20 trainees

 

Duration: 4 days (24 credit hours)

 

Course Content:

 

• DNA extraction from bacteria
• Bacterial PCR based DNA fingerprints
• Bacterial identification based-on 16S rRNA gene sequencing.

 

Fees: 1200 L.E. (Certificate, CofFees and lunch breaks are included)

 

Maximum number of attendees 20 trainees

 

Duration: 3 days (18 credit hours)

 

Course Content:

 

• How to perform a differential expression analysis at the gene-level
• The steps and statistical approaches used in assessing the quality of your abundance estimates (count data)
• How to visualize expression patterns for differentially expressed genes
• How to perform functional analysis on gene lists.

 

Fees: 1500 L.E. (Certificate, CofFees and lunch breaks are included)

 

Maximum number of attendees 20 trainees

 

Duration: 3 days (18 credit hours)

 

Fees: 1300 L.E. (Certificate, CofFees and lunch breaks are included)
Maximum number of attendees 20 trainees

a. Zoology (level1)
b. Cell and tissue culture (level2)

a. Cell and tissue culture (level 2)
b. Molecular biology of cancer (level3)
c. Stem cell biotechnology (level4)

a. Botany (level1)
b. Cell and tissue culture (level2)

a. Molecular biology (level2)
b. Molecular genetics and genetic engineering (level2)
c. Molecular biology of cancer (level3)
d. Advanced genetics (level3)

a. Molecular biology(level)
b. Microbial genetics(level2)
c. Biosaftey and risk assessment. (level4)

a. Bio-informatics (level2)
b. Molecular drug design (level3)

a. Molecular biology (level2)
b. Microbial genetics (level2)
c. Molecular genetics (level3)
d. Molecular diagnosis (level 4)
e. Advanced genetic Engineering and Gene Transfer (level3)
f. Complex genome analysis (level3)

a. Microbiology (level1)
b. Molecular biology (level2)
c. Microbial genetics (level2)

a. Molecular biology (level2)
b. Microbial genetics (level2)
c. Advanced genetic Engineering and Gene Transfer (level3)
d. Complex genome analysis (level3)
e. Molecular genetics (level3)
f. Molecular Genetics and Genetic Engineering (level3)

a. Molecular biotechnology (level2)
b. Molecular biology of cancer (level3) < br> c. Molecular genetics (level3)
d. Advanced genetic engineering and Gene Transfer(level3)
e. Complex genome analysis (level3)
f. Molecular and genetic diagnosis (level4)

a. Zoology (level1)

a. Botany (level1)

a. Principles of genetics (level1)

a. Medical microbiology (level1,2)

a. Principles of genetics (level1)
b. Medical microbiology (level1,2)

a. Principles of genetics (level1)

a. Molecular biology techniques and bio-informatics (level4)
b. Clinical biochemistry and molecular biology (level4)

a. Basic microbiology and microbial genetics (level2)
b. Pharmaceutical microbiology (level2)
c. Medical microbiology (level3)
d. Diagnostic microbiology (level4)

a. Molecular biology techniques and bio-informatics (level4)

a. Medical microbiology (level 3)
b. Clinical biochemistry and molecular biology (level4)
c. Diagnostic microbiology (level4)
d. Molecular biology techniques and bio-informatics (level4)

a. Basic microbiology and microbial genetics (level2)
b. Pharmaceutical microbiology (level2)
c. Medical microbiology (level3)
d. Diagnostic microbiology (level4)
e. Molecular biology techniques and bio-informatics (level4)
f. Clinical biochemistry and molecular biology (level4)

a. Diagnostic microbiology (level4)
b. Molecular biology techniques and bio-informatics (level4)
c. Clinical biochemistry and molecular biology (level4)

a. Medical microbiology (level3)
b. Diagnostic microbiology (level4)
c. Molecular biology techniques and bio-informatics (level4)
d. Clinical biochemistry and molecular biology (level4)