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| Bioworld provides the following through e-courses through unique training methodologies. |
| The advantages: |
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 The courses can be completed form home and requires computer.
On line support & flexible contact classes are provided for each student. Students may fix up contact
classes as per their individual convenience any time in 6 months. It is advantage for students living outside Hyderabad.
The contact classes help students to master the subject under the personal supervision &
mentoring of the faculty.
The fee is economical & affordable to all the students.
Knowledge valued by Industry.
Improved job opportunities in Pharmaceutical & legal domains.
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| Bioinformatics : |
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# 3 LEVELS |
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~ Level 1 ~
Basic Level for Beginners & Undergraduate students.
~ Level 2 ~
Diploma In Bioinformatics: for Graduate & PG students.
~ Level 3 ~
Advanced Level for Graduates specializing in Bioinformatics.
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| Course |
Material |
Contact Classes |
Hours |
Project
Available |
Fee (Rs) |
| Basic |
MANUAL& CD |
3 |
3 X 4=12 HRS |
No |
1,500 |
| Diploma |
MANUAL, TEXT BOOK & CD |
4 |
4 X 4= 16 |
Mini Project |
2,500 |
| Advanced |
MANUAL, TEXT BOOK & CD |
10 |
10 X 4 = 40 |
Major Project |
10,000 |
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| Intellectual Property Rights |
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The course is designed for students & employees interested in specializing in Intellectual Property & Patents. It is great value addition for job seekers especially pharmacy, Biotechnology, law and for all
PhD students.
The course is tailored on lines of WIPO prescribed syllabus.
Certificate is recognized by World Intellectual Property Organization ‘WIPO”. |
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| Course |
Material |
Duration |
Contact Classes |
Hours |
Fee (Rs) |
| Basic |
Work Book |
2 months |
3 |
12 hours |
1500 |
| Advanced |
Work Book & Manual |
3months |
4 |
16 hours |
2000 |
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| The course is provided with collaboration with “Biomics Institute”- Hyderabad. |
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| BIOINFORMATICIOINFORMATICS COURSE SYLLABUS |
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| Level 1: Under graduate level: 8 wks (3 contact classes) |
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Introduction to Bioinformatics: What is Bioinformatics, importance and requirement for modern Biology
How is the data in Biological experiments generated (sequence, structure, and expression etc.,)
The formats of data storage (FASTA, GENBANK, PDB etc.,)
Databases (SWISSPROT, GENBANK, EBI, NCBI, GEO etc.,)
Accessing the data
Tools for data accession (online)
Converting database into knowledgebase using online tools
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| Level 2: Graduate level: 12 weeks (4 contact classes) |
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Introduction to genomics
Tools for genomic analysis
Introduction to sequence analysis (DNA, RNA and Protein)
Understanding Sequence Alignment (BLAST, CLASTALLW etc)
Introduction to proteomics
Tools for proteome analysis
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| Level 3: Post graduate level: 12 weeks (4 contact classes) |
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Sequence analysis for SNP identification
Mutation identification
Phylogenetic analysis
Genetic linkage analysis
Gene Expression analysis
Molecular biomarker identification
Structural analysis of proteins
Molecular Docking
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