NTHRYS provides Biotechnology Job Oriented Training for interested candidates at its Hyderabad facility, Telangana. Please refer below for more details including Fee strctures, Eligibility, Protocols and Modules etc.,. Please do call / message / whatsapp for more details on 9014935156 [India - +91]

Eligibility: BSc / BTech / MSc / MTech / MPhil / PhD in any Life Sciences studying or completed students

Protocols / Techniques Covered

Molecular Biology & rDNA Technology

1. DNA Extraction from Human Blood
2. DNA Extraction from Bacteria
3. DNA Extraction from Plant Leaf
4. DNA Extraction from Chicken Liver
5. Primer designing using Bioinformatics Tools
6. Optimization of PCR parameters
7. PCR
8. Agarose Electrophoresis using 1 - 10 Kbp ladder
9. Extraction & purification of amplified DNA from Agarose gels using spin columns
10. Cultivation of pUC 18 vector bearing bacterial strain
11. Plasmid [pUC 18] isolation
12. Restriction digestion digestion of pUC18 vector using EcoRI
13. 5` End DNA modification of restriction digested plasmid sample [Addition of Poly Ts]
14. TA Cloning [PCR Product and sample obtained above]
15. DNA ligation
16. Cultivation of DH5 alpha cells and Competent cell preparation using cultivated DH5 alpha cells
17. Bacterial Transformation [using competent cells and cloned vector obtained above]
18. Blue white screening [checking for the transformed colonies]

5 Days Duration - [Protocols 1, 5, 6, 7 & 8 are covered]

10 Days Duration - [Protocols 1, 2, 3, 5, 6, 7 & 8 are covered]

20 Days Duration - [Protocols 1, 2, 3, 4, 5, 6, 7 & 8 are covered]

1 Month Duration - [Protocols 1 to 13 are covered]

45 Days Duration - [All the above mentioned protocols are covered]

Animal Tissue Culturing (Stem Cells Cultivation)

Animal cells are more difficult to culture than microorganisms because they require many more nutrients and typically grow only when attached to specially coated surfaces. Despite these difficulties, various types of animal cells, including both undifferentiated and differentiated ones, can be cultured successfully.

NTHRYS Biotech Labs has introduced Animal Tissue Culture Training in the year 2009 to interested students / scholars. Please refer below for complete details:

Animal Tissue Culture Training Module

 

Module	Protocols List
Module - I	Protocols covered under this Module - I: Preparation of Animal Tissue Culture Media Stock Solutions Eagle's Base (10X) Amino Acid Mixture (100X) Vitamin Mixture (100X) Ferric Nitrate (1000X) DMEM (1X) - (Working Medium) PBS (Phosphate Buffered Saline) Cultivation of Human Bone Marrow Stem Cells Cultivation of Human Umbilical Cord Blood Stem Cells Cultivation of Human Cardiomyocytes Cultivation of HeLa Cells Passaging Preparation and Use of Conditional Media [ Using Human Cardiomyocytes ] Staining Acid Phosphatase Staining Staining using Periodic Schiff's Reagent
Module - II	Protocols covered under this Module - II: Separation of Fetal Human Serum [FHS] from Cord Blood. Collection of Cardiomyocytes source and isolation of Cardiomyocytes. Preparation of conditional media from cardiomyocytes cultivation. Collection & Cultivation of Human Bone Marrow stem cells. Utilization of Cardiomyocyte Conditional media to transform Bone Marrow stem cells to cardiomyocytes. Utilization of Cardiomyocyte conditional media to transform Cord blood stem cells to cardiomyocytes Qualitative analysis for confirmation of Cord Blood Stem cells Qualitative analysis for confirmation of Human Bone Marrow stem cells Qualitative analysis for confirmation of Cardiomyocytes Qualitative analysis for confirmation of Cardiomyotes transformed from Cord blood stem cells Qualitative analysis for confirmation of Cardiomyocytes transformed from Human Bone Marrow stem cells
Module - III	Protocols covered under this Module - III: Collection, Cultivation & preservation of Cord blood stem cells. Collection & Preservation of Human Cord Blood. Isolation, Cultivation & Confirmation of Human Liver Cell Lines Isolation, Cultivation & confirmation of Human Pancreatic Cell Lines Isolation, Cultivation & confirmation of Human Alveolar Cell Lines Isolation, Cultivation & Confirmation of Green monkey kidney cell lines Isolation, Cultivation & Confirmation of Human Neural Cells Isolation, Cultivation & Confirmation of Organ specific stem cells Neural Stem Cells Bone Marrow Stem Cells

Durations & Fee Structures

5 Days Duration - Module - 1 [Protocols 1, 2, 6 & 8]

10 Days Duration - Module - 1 [Protocols 1, 2,3,4, 6 & 8]

20 Days Duration - Module - 1 [All Protocols] & Module - 2 [Protocols 1,2,3 & 4]

1 Month Duration - Module - 1 [All Protocols] Module - 2 [All Protocols]

45 Days Duration - Module - 1 [All Protocols] Module - 2 [All Protocols], Module - 3 [All Protocols]

Immunotechnology or Immunology

19. Extraction of IgG [Immunoglobulin G] from plasma / serum
20. Purification of extracted Immunoglobulins [Using Dialysis process]
21. Pepsin digestion and purification of digested IgG
22. Preparation of Antigens for Immunizations [including Adjuvant selection strategies]
23. SDS PAGE
24. ELISA [Sandwich ELISA - Qualitative]
25. RID
26. DID [Ouchterlony]
27. Immunization of Mice or Rabbit

Plant Tissue Culturing

28. Preparation of media and stock solution
29. Preparation of Explants
30. Callus initiation and Maintenance [In Potato]
31. Shoot & Root Induction in potato

Microbiology

32. Isolation & Screening of soil microorganisms
33. Microbial stainings [Normal & Gram Staining]
34. Bacterial Motility test
35. Catalase Test
36. Mannitol Salt Agar Test
37. Blood Agar plates assay
38. Optochin sensistivity test
39. Bacitracin sensistivity test
40. CAMP Test
41. Bile esculin agar test
42. Nitrate broth test
43. Spirit blue agar test
44. Starch hydrolysis test
45. Coagulase test
46. Oxidase test
47. Sugar broth with durham's tubes test [Carbohydrate metabolism test]
    Glucose Test
    Sucrose Test
    Mannose Test
48. Methyl Red Voges Proskauer Test [MRVP Test]
49. Kliger's Iron Test
50. MacConkey Agar Test
51. Simmon's Citrate Test
52. Ureas Test
53. Sulfur Indole motility media test
54. Indole Test
55. Kliger's Iron Test

Bioinformatics

Basic Bioinforrmatics Training Module

Module I
Theory	Practical	Tools
History	Biological Databases	NCBI,MMDB,EMBL,DDBJ,SwissProt
Origin	Structure DB	PDB,CATH,SCOP,InterproScan,Signal Scan
Scope of Bioinformatics	Importance of Tools	N/A
Origin of Tools	Sequence DB’s	Scan,Prosite,Prodom, MotifScan,PFam
Sequence File Formats	Types	Genebank file format,FASTA format,EMBL format,UniprotKB/Swiss-Prot format, PIR/NBRF format
Module II
Application of Bioinformatics	Gene Prediction & Functional Analysis	ORF finder, GeneScan,GeneMark,Webgene
Sequence Comparison	EXPASy, EMBOSS	BLAST,Clustalw,DIALIGN
Structure File Formats	Repeat detection	Repeat Masker, dnadot
General Introduction to Molecular Biology	Hydrophobicity	Protparam
Restriction Site Mapping	Restriction site Detection	Webcutter,NEBCutter
Visualiztion  Software	System Biology Vs /w	RasMol,SPDBV,JMol,Cn3D
Phylogenetic Analysis	Evolutionary Relationship	Phylogeny,HHperd, Biology workbench
Bioinformatics Dogma	Thermodynamics	ProTherm
Minor Project Concerning the concepts learnt

SAS

Below module is also provided Online. [ SAS Online Training ]

BASE SAS

Navigation of SAS Software Tool

STEPS For Writing the SAS Program

SORT PROCEDURE

PRINT PROCEDURE

SUBSETTING data(OBS) by using WHERE Condition with various OPERATORS

Controlling which OBSERVATIONS to be read from INPUT to OUTPUT dset

Controlling which VARIABLES to be read from INPUT to OUTPUT dset

Creating Multiple Output Datasets from One Single INput Dataset

FORMATS

RETAIN STATEMENT

SUM ASSIGNMENT STATEMENT

BY GROUP PROCESSING

Reading Data from Raw Data Files and Creating SAS Dataset

DATALINES STATEMENT

LIST INPUT STYLE

Reading Multiple Observations Per Record DOUBLE TRAILING @@ on INPUT statement

When Missing Values at the end of the record

Reading Multiple Records Per Observation

COLON MODIFIER

SINGLE TRAILING (@) ON INPUT STATEMENT

COLUMN INPUT STYLE / FIXED WIDTH INPUT STYLE

FUNCTIONS

CHARACTER FUNCTIONS

COMPRESS Function

CONCATENATE FUNCTION / CONCATENATE OPERATOR

CONCATENATE FUNCTION

SUBSTRING Function

FIND Function

INDEX Function

SCAN Function

TRANWRD Function

NUMERIC FUNCTIONS

MATHEMATICAL FUNCTIONS

DATE TIME FUNCTIONS

Data Type Conversion Functions

Report Procedure / Summary Procedures

Frequency Procedure

MEANS PROCEDURE

Dealing with MISSING values in PROC MEANS

PROC SUMMARY

PROC UNIVARIATE

Tabulate Procedure

REPORT PROCEDURE

Creating a Detailed Report by enhancing output results

Creating a SUMMARIZED Report by using GROUP USAGE

DISPLAY USAGE

Creating new computed variables from existing variables using COMPUTE BLOCK

ACROSS USAGE

REPORT BREAKS

Combining Sas Datasets

Concatenation

Merging of datasets (horizontally)

ONE to ONE READING and ONE to ONE MERGING

MATCH MERGING

UPDATING & MODIFYING

MISSINGCHECK / NOMISSINGCHECK Options

Additional Transformations

Contents Procedure

Selecting the VARIABLE RANGE LIST using

Proc Sort with NODUPKEY and NODUPRECS

4.   TRANSPOSE

ARRAYS

Do While / Do Until

Append Procedure

DEBUG in SAS

ADVANCED SAS

SAS SQL

Enhancing the output results using PROC SQL

GROUP BY Statement

SUBQUERIES

DISTINCT Keyword

VALIDATE Keyword

Joins

SET OPERATORS

DELETING ROWS

MACROS

Macro Introduction

Macro Variable Storage

Macro Options

Macro Parameters

Additional Macro Programs

Creating MacVars using Proc Sql

Creating a Macro Variable During Data Step Execution

Symget Function to Search for Macro Variable Value

Auto Call Macros

Macro Debugging System Options

Storing Stored Compiled Macr Program to a Permanent Library

Fields Under Project Training	3 Months	4 Months	5 Months	6 - 8 Months
Molecular Biology & rDNA Technology
Immunotechnology
Plant Tissue Culturing
Microbiology
Biochemistry
Animal Tissue Culturing
Bioinformatics
SAS [Statistical Analysis Software]
No.of Project Works	1	1	2	3
No.of Publications

Fee Structures for Biotechnology Job Oriented Training