Mode: Offline
PATHOLOGY LAB ASSISTANT
Three Months Job Oriented Training
Mode: Offline
100% Placement Assistance
Hurry up! Limited Seats Book Now
Training Venue: ITLS Academy, Lucknow
Hostel Facility Available
Registration Link: https://itlsacademy.com/registration.php?program=133&courses=949
More detail: https://itlsacademy.com/courses.php?cid=T1RRNQ==
Pay Now: https://itlsacademy.com/page.php?mid=TlRNPQ==
After fee payment please send screenshot on whatsapp at 7080833450
Mode: Online
FOOD PROCESSING
Three Months Online Certificate
Course
Eligibility: Any Biological Science, Agriculture & Pharmacy
Candidate
Job Prospects: Food Industry
TOPICS TO BE COVERED
PART I BASIC PRINCIPLES
1
Properties of foods and processing theory
2
Process control
PART II AMBIENT-TEMPERATURE
PROCESSING
3
Raw material preparation
4
Size reduction
5
Mixing and forming
6
Separation and concentration of food components
7 Fermentation and enzyme technology
8
Irradiation
9
Processing using electric fields, high hydrostatic pressure, light or
ultrasound
PART III PROCESSING BY
APPLICATION OF HEAT
A.
Heat processing using steam or water
10
Blanching
11
Pasteurisation
12
Heat sterilization
13
Evaporation and distillation
14
Extrusion
B.
Heat processing using hot air
15
Dehydration
16
Baking and roasting
C.
Heat processing using hot oils
17
Frying
D.
Heat processing by direct and radiated
energy
18
Dielectric, ohmic and infrared heating
PART IV PROCESSING BY THE
REMOVAL OF HEAT
19
Chilling
20
Controlled- or modified-atmosphere storage and packaging
21
Freezing
22
Freeze drying and freeze concentration
PART V POST-PROCESSING
OPERATIONS
23
Coating or enrobing
24
Packaging
25
Filling and sealing of containers
26
Materials handling, storage and distribution
Mode: Online
GENE CLONING
Two Months Online Training
Eligibility: Any Biological Science, Agriculture, Pharmacy,
Medical Science candidate can join
TOPICS TO BE COVERED
Part I THE BASIC PRINCIPLES OF GENE CLONING AND DNA ANALYSIS
1.
Why Gene Cloning and
DNA Analysis are Important
2.
Vectors for Gene
Cloning: Plasmids and Bacteriophages
3.
Purification of DNA
from Living Cells
4.
Manipulation of
Purified DNA
5.
Introduction of DNA
into Living Cells
6.
Cloning Vectors for E.
coli
7.
Cloning Vectors for
Eukaryotes
8.
How to Obtain a Clone
of a Specific Gene
9.
The Polymerase Chain
Reaction
PART II THE APPLICATIONS OF GENE CLONING & DNA ANALYSIS IN
RESEARCH
10.
Sequencing Genes and
Genomes
11.
Studying Gene
Expression and Function
12.
Studying Genomes
PART III THE APPLICATIONS OF GENE CLONING AND DNA ANALYSIS IN
BIOTECHNOLOGY
13.
Production of Protein
from Cloned Genes
14.
Gene Cloning and DNA
Analysis in Medicine
15.
Gene Cloning and DNA
Analysis in Agriculture
16. Gene Cloning and DNA Analysis in Forensic Science and Archaeology
MOLECULAR ARTIFICIAL
INTELLIGENCE (AI)
One
Month Online Training
Key Features: Recorded
Lectures, Practices on biological (tools) software, Training Report, Online
Test
Certificate will be provided
TOPICS & TOOLS (SOFTWARE) TO BE COVERED
✅ WEEK 1: INTRODUCTION TO MOLECULAR AI
Goal: Understand basic concepts of Molecular Biology, AI, and their
intersection.
🔬 Molecular Biology Essentials
Artificial Intelligence Basics
✅ WEEK 2: BIOINFORMATICS TOOLS FOR
GENOMICS
Goal: Learn how AI supports genomics using bioinformatics tools.
🔧 Tools:
✅ WEEK 3: PROTEOMICS AND STRUCTURE PREDICTION
Goal: Apply AI tools in protein structure, function, and interaction.
🔧 Tools:
✅ WEEK 4: AI IN DRUG DISCOVERY AND SYSTEMS BIOLOGY
Goal: Explore AI-based drug design and integrative biology.
🔧 Tools:
BIOTECHNOLOGY
Who
can join? Any Biotechnology candidate (confused about Biotechnology scope/career) can join
HIGHLIGHTS
1.
ONE TO ONE DISCUSSION
2.
Parents can also join with
candidate
3.
Candidate
can ask their doubts about career
a.
How to start career in
industries
b.
Guidance for higher
studies
4.
Candidate will know about their common
mistakes so they are not able to start good career
5.
Scope in India & abroad
6.
Don’t waste your time & money
with fake job consultancies
7.
How to improve yourself?
8. How to choose industry/Company?
9. Starting salary packages
Mode: Offline/Online
Enzyme analysis techniques are essential for studying enzyme activity, kinetics, specificity, inhibition, and stability. These methods are widely used in biotechnology, food science, pharmaceuticals, diagnostics, and clinical biochemistry.
Measure color change due to enzyme action.
Example: Amylase breaking down starch (iodine test), peroxidase with guaiacol.
Spectrophotometer used to measure absorbance.
Use fluorescent substrates; very sensitive.
Common in diagnostic and clinical assays (e.g., protease activity).
Measure reduction in turbidity (cloudiness) due to enzymatic action (e.g., lysozyme breaking bacterial cell walls).
Involve titration to measure product or substrate concentrations.
Example: Lipase activity via free fatty acid titration.
Michaelis-Menten kinetics: Determines Km (substrate affinity) and Vmax (max activity).
Tools: Lineweaver-Burk, Eadie-Hofstee plots.
Helps in understanding catalytic efficiency and comparing enzyme variants.
Types: Competitive, Non-competitive, Uncompetitive
Measure how inhibitors affect enzyme activity.
Important for drug discovery and therapeutic enzyme design.
Temperature and pH stability profiles.
Thermal inactivation curves (e.g., T₅₀ or half-life).
Storage and shelf-life testing for industrial enzymes.
Bradford Assay, Lowry Method, or BCA Assay for total protein.
SDS-PAGE to check enzyme purity.
Specific activity = (Enzyme activity per mg of total protein)
| Technique | Purpose | Example |
|---|---|---|
| Spectrophotometry | Absorbance-based activity | NADH oxidation (340 nm) |
| Fluorometry | Low-concentration detection | Protease or phosphatase assays |
| HPLC/UPLC | Separation of substrates/products | Enzyme kinetics |
| Mass Spectrometry (MS) | Enzyme identification & modification | Proteomics |
| Isothermal Titration Calorimetry (ITC) | Binding & thermodynamics | Enzyme-inhibitor interactions |
| Surface Plasmon Resonance (SPR) | Real-time binding kinetics | Drug-enzyme studies |
Clinical Diagnostics: Liver enzymes (ALT, AST), amylase, lipase
Food Industry: Protease, amylase, lactase assays
Pharmaceuticals: Enzyme inhibitors and drug development
Environmental: Enzyme biosensors for pollutant detection
Use model enzymes like catalase, peroxidase, urease, amylase
Perform lab-based activity assays + calculations of enzyme units, specific activity
Ideal for B.Sc./M.Sc. project work, internships, or lab-based job roles
Molecular Biology Training focuses on understanding and manipulating the molecular mechanisms of life—primarily DNA, RNA, and protein synthesis and regulation. It is essential for careers in biotechnology, medical research, diagnostics, forensic science, and genetic engineering.
DNA & RNA Techniques
DNA/RNA extraction & quantification
Gel electrophoresis (agarose, PAGE)
PCR, RT-PCR, qPCR
cDNA synthesis, RNA interference
Cloning & Recombinant DNA Technology
Plasmid isolation
Restriction digestion and ligation
Transformation (E. coli)
Blue-white screening
Vector design and gene expression
Protein Analysis
SDS-PAGE and Western blotting
Protein purification (chromatography)
ELISA (Enzyme-Linked Immunosorbent Assay)
Immunoprecipitation
Gene Editing & Advanced Techniques
CRISPR-Cas9 basics
DNA microarrays
Next-Generation Sequencing (NGS) introduction
Bioinformatics for molecular biology
Lab Safety and Good Laboratory Practice (GLP)
Aseptic techniques
Biosafety levels
Proper use of micropipettes and lab equipment
Designing primers for PCR
Running and analyzing electrophoresis gels
Preparing competent cells and performing transformation
Quantifying DNA/protein using spectrophotometers or fluorometers
Troubleshooting PCR and cloning experiments
B.Sc./M.Sc. students in Biotechnology, Microbiology, Biochemistry, Genetics
Professionals preparing for research or Ph.D.
Aspirants for molecular diagnostics, genetic counseling, or biotech industry roles
ITLS Academy
Research Assistant / Junior Research Fellow (JRF)
Biotech/Biopharma R&D roles
Clinical molecular diagnostics labs
Ph.D. positions in India or abroad
Forensic labs / Genetic testing centers
Mode: Offline/Online
Clinical Microbiology is a critical branch of medical microbiology that focuses on the detection, identification, and study of microorganisms (like bacteria, viruses, fungi, and parasites) that cause human diseases. It plays a vital role in diagnosing infectious diseases, guiding treatment decisions, and supporting public health surveillance.
Diagnostic Microbiology
Identification of pathogens from clinical specimens (blood, urine, sputum, CSF, etc.)
Culture techniques, microscopy, biochemical tests
Antimicrobial Susceptibility Testing (AST)
Determining the resistance or sensitivity of microorganisms to antibiotics
Methods: Kirby-Bauer disk diffusion, MIC testing, E-tests
Molecular Diagnostics
PCR, RT-PCR, nucleic acid probes for rapid and specific detection
Used for TB, COVID-19, STDs, etc.
Serology and Immunology
Detection of antibodies or antigens in patient samples
Used for viral infections (HIV, Hepatitis B/C, Dengue, etc.)
Infection Control and Hospital Epidemiology
Monitoring and preventing nosocomial (hospital-acquired) infections
Surveillance and outbreak investigation
Parasitology and Mycology
Diagnosis of diseases caused by parasites and fungi (e.g., malaria, candidiasis)
Work in clinical labs in hospitals, diagnostic centers, and research institutions
Collaborate with physicians to interpret lab results and advise on treatment
Involved in infection control programs, vaccine development, and epidemiological tracking
Gram staining, Ziehl-Neelsen staining (AFB)
Culture media (MacConkey, Blood agar)
ELISA, Western blot
PCR, qPCR, LAMP
MALDI-TOF mass spectrometry
Automated systems (VITEK, BACTEC)
Educational Background:
B.Sc. or M.Sc. in Microbiology/Medical Lab Technology
Specialized diploma or Ph.D. for advanced roles
Clinical internship/training is often essential
Skills Needed:
Laboratory and diagnostic skills
Knowledge of biosafety and aseptic techniques
Interpretation of microbiological data
Attention to detail, communication skills
Disease diagnosis and surveillance
Antibiotic resistance monitoring (e.g., MRSA, ESBL)
Public health interventions
Vaccine development and efficacy monitoring
Outbreak investigation and control
Hurry up! Book Your Seat Now Mode: Offline PATHOLOGY LAB ASSISTANT Three Months Job Oriented Training Mode: Offline 100% Placement Assistanc...
