This document provides a curriculum vitae for Dr. Md. Ashraful Haque that includes his educational background, academic awards, research interests, publications, and references. It details that he received a B.Sc.Ag from Bangladesh Agricultural University, an MS from the same university, a PhD from Tokyo University of Agriculture and Technology, and postdoctoral research at Ohio State University. His research focuses on plant genes related to biotic and environmental stresses. He has over 15 publications in peer-reviewed journals and numerous conference presentations.
This document provides a summary of Alexander Polinkovsky's professional experience and education. It lists his positions from 2014 to present as a clinical and biomedical research consultant. It also outlines his previous roles as a research lab manager and researcher from 2011 to 2014 at the Louis Stokes V.A. Medical Center and from 2009 to 2011 at Case Western Reserve University. It notes that he has a Ph.D. in Biology and Virology from 1981 and has experience in areas like microbiome studies, DNA/RNA extraction, metabolomics, and proteomics.
Alex Michael Ward is a virologist and cell biologist seeking a research position in biotech. He has 14 years of experience studying virus-host interactions and identifying therapeutic targets using genetic, proteomic, and cell-based approaches. He is a highly collaborative scientist who has independently managed a research team and obtained external funding. His work has resulted in numerous publications, presentations, and the development of novel assays.
Reverse Breeding: a tool to create homozygous plants from the heterozygous po...Sanjay Kumar
Ìý
This document provides an overview of reverse breeding, a novel plant breeding technique to directly produce homozygous parental lines from any heterozygous plant. It discusses how reverse breeding uses RNA interference to suppress meiotic recombination and produce doubled haploids from gametes, generating homozygous parental lines. The document summarizes a case study applying this to Arabidopsis thaliana and discusses applications like reconstructing hybrids, breeding at the chromosome level, and implications for food safety. Limitations and future research directions are also outlined.
This document describes a biology project on plant breeding prepared by a student for their class XII exams. It provides an overview of advanced plant breeding techniques, focusing on marker-assisted selection (MAS). MAS uses DNA markers linked to desirable genes to select plants without evaluating the trait directly. The techniques allows for faster selection and stacking of multiple resistance genes to develop durable crop resistance. MAS is particularly useful for traits that are difficult, time-consuming, or expensive to evaluate through conventional methods.
This document describes a study that developed a new method called amplified functional DNA restriction analysis (AFDRA) to analyze the diversity of catechol 2,3-dioxygenase (C23O) genes in soil bacteria. C23O genes code for enzymes important for degrading aromatic pollutants. The researchers used AFDRA to analyze C23O genes from reference strains and soil isolates. They found that AFDRA generated distinct restriction patterns that clustered the isolates into four groups, consistent with sequence analysis. AFDRA also allowed them to determine the predominant C23O gene variants present in environmental DNA extracts from soil samples. The study demonstrates that AFDRA provides a rapid way to assess functional gene diversity in cultures and
To handle complex Traits like Yield, different stress we must do modification in DNA molecular breeding techniques help us to do such changes in DNA to archive the Goals.
importance of pathogenomics in plant pathologyvinay ju
Ìý
The document provides an outline for a seminar on pathogenomics for diagnosis and management of plant diseases. It includes sections on pathogenomics in plant pathology, diagnostic tools using next-generation sequencing technologies, host-microbe interaction and genes involved in virulence and resistance. The outline also lists various bioinformatics databases and molecular techniques used for pathogen detection, including PCR-based methods and microarrays. It discusses several examples of pathogenicity genes and host proteins involved in plant-virus interactions.
Pathogenomics: Challenges and OpportunitiesSANGEETHA BOSE
Ìý
This document discusses the use of pathogenomics in understanding plant pathogens. It begins with an introduction to genomics and pathogenomics. It then discusses techniques used in pathogenomics like sequencing and comparative genomics. Several examples are provided of pathogens that have been studied using pathogenomics, including fungi like Fusarium graminearum and bacteria like Xanthomonas oryzae. The document discusses how pathogenomics can be used to identify virulence factors, understand pathogenesis, and discover new sources of host resistance. It concludes by discussing challenges in pathogenomics like regulatory elements that are difficult to annotate and the need for more plant genome sequences.
PRESENT STATUS AND ROLE OF BIOTECHNOLOGICAL APPROACHES IN INSECT PEST MANAGEMENTNAGANNA REPALLE
Ìý
This document provides an overview of biotechnological approaches for insect pest management. It discusses how transgenic plants expressing insecticidal genes like Bt toxins have helped reduce crop losses from pests. Other techniques described include using RNA interference to silence pest genes, molecular markers to identify pest populations, and newer proteins being explored for transgenic crops. The document also outlines India's regulatory system for genetically modified crops and both the benefits and concerns associated with their use.
Robert Pesich_PAVA_Stanford Resume v. 8_22_16Robert Pesich
Ìý
Robert Pesich has extensive experience managing laboratory operations and research projects. He has overseen the daily activities of 25 researchers at Stanford University and the Palo Alto VA, including managing budgets, equipment, and regulatory compliance. Pesich has specialized skills in tissue sample processing, gene expression analysis, and bioinformatics. He has authored several publications characterizing gene expression profiles in normal and diseased tissues. Currently, Pesich also serves as President of a poetry non-profit organization.
Recombinant DNA technology involves cutting and splicing together DNA fragments from different organisms to produce recombinant DNA. This involves generating DNA fragments, inserting them into a plasmid, transferring the plasmid to a host cell, and replicating the cloned DNA by processing the host cells. Recombinant DNA technology has applications in medicine, agriculture, and pharmacology such as producing transgenic plants and animals, vaccines, gene therapy, and insulin production. However, there are also disadvantages like destruction of native species and ecosystems, and potential creation of biological weapons.
This document is a resume for Michael Berman summarizing his experience as a research scientist and lab manager with over 30 years of experience conducting molecular biology experiments. He has extensive experience in techniques such as PCR, cloning, purification, tissue/bacterial culture, and detection methods. Berman has worked at several institutions including Harvard Medical School and has authored several peer-reviewed publications.
From sequence to phenotype: Functional genomics of the oomycete PhytophthoraSophien Kamoun
Ìý
Sophien Kamoun's talk at the 2002 Gordon Research Conference "Cellular and Molecular Mycology", June 16-21, Holderness School, New Hampshire, USA. https://www.grc.org/cellular-and-molecular-mycology-conference/2002/
This document discusses the AB QTL mapping strategy and its applications in various crops. AB QTL mapping involves introgressing genomic regions from unadapted germplasm into elite varieties while performing QTL analysis in advanced backcross generations. The document summarizes AB QTL studies in tomato, rice, maize, and their findings. It notes the advantages of AB QTL over conventional QTL mapping, such as reduced linkage drag and ability to rapidly develop candidate varieties. The document also outlines some limitations of the AB QTL approach.
21. Mutation Breeding in crop improvement Naveen Kumar
Ìý
Mutation breeding in crop improvement can utilize both spontaneous and induced mutations. Induced mutations are caused by physical mutagens like radiation (x-rays, gamma rays, UV light) or chemical mutagens. Mutation rates can vary between genes and induced mutations occur more frequently than spontaneous mutations. Mutation breeding is useful for crop improvement by generating genetic variation for selection of desirable traits.
This document provides a curriculum vitae for Dr. Bharat Bhusan Patnaik. It outlines his educational background including a Ph.D. from Loyola College in Chennai, India. It also details his professional experience, including current positions as a research professor in South Korea and professor in India. His research has focused on topics including insect immunity genes, antimicrobial proteins from silkworm feces, and improving silkworm breeds in India. He has published over 10 papers in peer-reviewed journals.
ROLE OF INHERITANCE IN CROP IMPROVEMENTVinod Pawar
Ìý
1. Two studies examined the inheritance of flower color in chickpea. Crosses between plants with pink and white flowers in the parental generation resulted in pink flowers in the F1 progeny.
2. Analysis of the F2 generations found ratios of pink to white flowers that mostly fit the expected 3:1 Mendelian ratio, suggesting flower color is governed by a single gene.
3. However, one cross showed a significant deviation from the expected ratio, indicating multiple genetic factors may influence flower color in some cases.
This study sequenced the genomes of 11 clinical Mycobacterium abscessus isolates from 8 US patients with pulmonary infections. Core genome analysis compared these isolates to 30 globally diverse strains to investigate population structure. Longitudinally sampled isolates showed very few genetic differences, suggesting homogenous infection populations. Genome content variation between isolates was 0.3-8.3% compared to the reference strain, indicating plasticity.
Genetic engineering is the direct manipulation of an organism's genes using recombinant DNA technology. It allows genes to be transferred between unrelated organisms, such as adding a human gene to a bacterium. The document discusses the basic principles of genetic engineering, including recombinant DNA, gene cloning, gene knockout, and gene editing. It provides examples of applications in biopharmaceuticals, medicine, agriculture, and research.
Immunocompromised patients are susceptible to infections from bacteria, fungi and viruses that a healthy immune system would usually fight off. Their weakened immune systems may be due to cancer treatments, transplants, or inherited/acquired immune disorders. These patients are at risk of infections from common organisms like Staphylococcus and Pseudomonas, as well as opportunistic pathogens like Candida, Aspergillus, Cryptococcus, and Acanthamoeba. Diagnosis involves cultures, antigen tests and imaging. Treatment requires appropriate antifungal or antibacterial drugs.
This document discusses current trends in plant breeding. It begins by defining plant breeding as the genetic improvement of crops using both traditional and modern techniques to select for desired traits. It then provides background on the history of plant breeding, including the Green Revolution. The document outlines various modern breeding technologies like phenomics, proteomics, transcriptomics, genetic modification, and the role of bioinformatics in data analysis. It discusses using these omics approaches and genome sequencing to enable a second Green Revolution with crops that are higher yielding, more nutritious, and tolerant of environmental stresses. The goal is to produce more food to feed a growing global population in a sustainable way.
Phenotyping and Genotyping Characteristics of Serratia MarcescensGru Marckel
Ìý
A study was performed to evaluate the impact of biofield treatment on phenotyping and genotyping characteristics of S. marcescens. Visit here for more details.
Targeting Induced Local Lesions IN Genomes (TILLING) is a combined tool of plant mutagenesis and DNA Biology to investigate useful mutations at Genomic level. First time used for cotton improvement.
Modern techniques of crop improvement.pptx finalDr Anjani Kumar
Ìý
This document discusses modern techniques for crop improvement, including genome editing, gene silencing, cisgenics, site directed mutagenesis, and programmed cell death. It begins with an introduction noting the increasing global population and need to improve crop yields. Genome editing uses engineered nucleases to insert, delete, or replace DNA in living organisms. CRISPR/Cas9 is highlighted as a powerful and precise genome editing technique. Gene silencing techniques like RNA interference can be used to "switch off" genes and improve crop traits. These modern techniques allow for more targeted genetic modifications of crops compared to traditional breeding methods and have potential for meeting future agricultural demands.
This document provides details about a proposed study on genetic variability and diversity in okra. The study will analyze 30 okra genotypes to determine genetic variability, heritability, genetic advance, correlation and path coefficients between yield and other traits. It will also assess genetic divergence among genotypes. The study aims to identify diverse parents for hybridization and develop superior genotypes. It will be conducted in 2021 at the Research Farm of Chaudhary Charan Singh Haryana Agricultural University, Hisar, India using a randomized block design. Observations will be recorded for 12 traits related to plant growth, flowering, fruit characteristics and yield.
The document provides information about resume formats and samples for genetics counselors. It includes descriptions of 8 common resume types: chronological, functional, curriculum vitae, combination, targeted, professional, new graduate, and executive. For each type, it provides brief details about what the format is and who should use it. It also lists additional useful resources for resume writing, cover letters, interview preparation and common interview questions on the website resume123.org.
This document is a curriculum vitae for Md. Abul Kalam Azad that summarizes his professional experience and qualifications. It details his 18+ years of experience managing nutrition, WASH, livelihood and other development projects for organizations including ICCO Cooperation, CARE Bangladesh, and UNDP. It also lists his educational background which includes a Masters in Agricultural Economics and a Masters in Public Health with a focus on nutrition. The CV provides an overview of Azad's roles and responsibilities in designing, implementing, monitoring and evaluating various development programs in Bangladesh.
Suman Deba Nath has over 9 years of experience working in agriculture development organizations in Bangladesh. He currently serves as the Program Officer of Agriculture for Sustainable Integrated Farming System at Anando, where he oversees integrated farm establishment, organic pesticide preparation, value chain development, and nutrition garden projects. Previously he held positions as a Field Officer and Assistant Field Officer at Caritas Bangladesh, where he implemented projects related to natural resource management, horticulture development, and agriculture training. Suman holds a Bachelor's degree in Agricultural Education and is currently pursuing a Master's degree. He is proficient in Bangla, English, computer skills, and has extensive experience in areas like participatory rural appraisal, organic farming
Pathogenomics: Challenges and OpportunitiesSANGEETHA BOSE
Ìý
This document discusses the use of pathogenomics in understanding plant pathogens. It begins with an introduction to genomics and pathogenomics. It then discusses techniques used in pathogenomics like sequencing and comparative genomics. Several examples are provided of pathogens that have been studied using pathogenomics, including fungi like Fusarium graminearum and bacteria like Xanthomonas oryzae. The document discusses how pathogenomics can be used to identify virulence factors, understand pathogenesis, and discover new sources of host resistance. It concludes by discussing challenges in pathogenomics like regulatory elements that are difficult to annotate and the need for more plant genome sequences.
PRESENT STATUS AND ROLE OF BIOTECHNOLOGICAL APPROACHES IN INSECT PEST MANAGEMENTNAGANNA REPALLE
Ìý
This document provides an overview of biotechnological approaches for insect pest management. It discusses how transgenic plants expressing insecticidal genes like Bt toxins have helped reduce crop losses from pests. Other techniques described include using RNA interference to silence pest genes, molecular markers to identify pest populations, and newer proteins being explored for transgenic crops. The document also outlines India's regulatory system for genetically modified crops and both the benefits and concerns associated with their use.
Robert Pesich_PAVA_Stanford Resume v. 8_22_16Robert Pesich
Ìý
Robert Pesich has extensive experience managing laboratory operations and research projects. He has overseen the daily activities of 25 researchers at Stanford University and the Palo Alto VA, including managing budgets, equipment, and regulatory compliance. Pesich has specialized skills in tissue sample processing, gene expression analysis, and bioinformatics. He has authored several publications characterizing gene expression profiles in normal and diseased tissues. Currently, Pesich also serves as President of a poetry non-profit organization.
Recombinant DNA technology involves cutting and splicing together DNA fragments from different organisms to produce recombinant DNA. This involves generating DNA fragments, inserting them into a plasmid, transferring the plasmid to a host cell, and replicating the cloned DNA by processing the host cells. Recombinant DNA technology has applications in medicine, agriculture, and pharmacology such as producing transgenic plants and animals, vaccines, gene therapy, and insulin production. However, there are also disadvantages like destruction of native species and ecosystems, and potential creation of biological weapons.
This document is a resume for Michael Berman summarizing his experience as a research scientist and lab manager with over 30 years of experience conducting molecular biology experiments. He has extensive experience in techniques such as PCR, cloning, purification, tissue/bacterial culture, and detection methods. Berman has worked at several institutions including Harvard Medical School and has authored several peer-reviewed publications.
From sequence to phenotype: Functional genomics of the oomycete PhytophthoraSophien Kamoun
Ìý
Sophien Kamoun's talk at the 2002 Gordon Research Conference "Cellular and Molecular Mycology", June 16-21, Holderness School, New Hampshire, USA. https://www.grc.org/cellular-and-molecular-mycology-conference/2002/
This document discusses the AB QTL mapping strategy and its applications in various crops. AB QTL mapping involves introgressing genomic regions from unadapted germplasm into elite varieties while performing QTL analysis in advanced backcross generations. The document summarizes AB QTL studies in tomato, rice, maize, and their findings. It notes the advantages of AB QTL over conventional QTL mapping, such as reduced linkage drag and ability to rapidly develop candidate varieties. The document also outlines some limitations of the AB QTL approach.
21. Mutation Breeding in crop improvement Naveen Kumar
Ìý
Mutation breeding in crop improvement can utilize both spontaneous and induced mutations. Induced mutations are caused by physical mutagens like radiation (x-rays, gamma rays, UV light) or chemical mutagens. Mutation rates can vary between genes and induced mutations occur more frequently than spontaneous mutations. Mutation breeding is useful for crop improvement by generating genetic variation for selection of desirable traits.
This document provides a curriculum vitae for Dr. Bharat Bhusan Patnaik. It outlines his educational background including a Ph.D. from Loyola College in Chennai, India. It also details his professional experience, including current positions as a research professor in South Korea and professor in India. His research has focused on topics including insect immunity genes, antimicrobial proteins from silkworm feces, and improving silkworm breeds in India. He has published over 10 papers in peer-reviewed journals.
ROLE OF INHERITANCE IN CROP IMPROVEMENTVinod Pawar
Ìý
1. Two studies examined the inheritance of flower color in chickpea. Crosses between plants with pink and white flowers in the parental generation resulted in pink flowers in the F1 progeny.
2. Analysis of the F2 generations found ratios of pink to white flowers that mostly fit the expected 3:1 Mendelian ratio, suggesting flower color is governed by a single gene.
3. However, one cross showed a significant deviation from the expected ratio, indicating multiple genetic factors may influence flower color in some cases.
This study sequenced the genomes of 11 clinical Mycobacterium abscessus isolates from 8 US patients with pulmonary infections. Core genome analysis compared these isolates to 30 globally diverse strains to investigate population structure. Longitudinally sampled isolates showed very few genetic differences, suggesting homogenous infection populations. Genome content variation between isolates was 0.3-8.3% compared to the reference strain, indicating plasticity.
Genetic engineering is the direct manipulation of an organism's genes using recombinant DNA technology. It allows genes to be transferred between unrelated organisms, such as adding a human gene to a bacterium. The document discusses the basic principles of genetic engineering, including recombinant DNA, gene cloning, gene knockout, and gene editing. It provides examples of applications in biopharmaceuticals, medicine, agriculture, and research.
Immunocompromised patients are susceptible to infections from bacteria, fungi and viruses that a healthy immune system would usually fight off. Their weakened immune systems may be due to cancer treatments, transplants, or inherited/acquired immune disorders. These patients are at risk of infections from common organisms like Staphylococcus and Pseudomonas, as well as opportunistic pathogens like Candida, Aspergillus, Cryptococcus, and Acanthamoeba. Diagnosis involves cultures, antigen tests and imaging. Treatment requires appropriate antifungal or antibacterial drugs.
This document discusses current trends in plant breeding. It begins by defining plant breeding as the genetic improvement of crops using both traditional and modern techniques to select for desired traits. It then provides background on the history of plant breeding, including the Green Revolution. The document outlines various modern breeding technologies like phenomics, proteomics, transcriptomics, genetic modification, and the role of bioinformatics in data analysis. It discusses using these omics approaches and genome sequencing to enable a second Green Revolution with crops that are higher yielding, more nutritious, and tolerant of environmental stresses. The goal is to produce more food to feed a growing global population in a sustainable way.
Phenotyping and Genotyping Characteristics of Serratia MarcescensGru Marckel
Ìý
A study was performed to evaluate the impact of biofield treatment on phenotyping and genotyping characteristics of S. marcescens. Visit here for more details.
Targeting Induced Local Lesions IN Genomes (TILLING) is a combined tool of plant mutagenesis and DNA Biology to investigate useful mutations at Genomic level. First time used for cotton improvement.
Modern techniques of crop improvement.pptx finalDr Anjani Kumar
Ìý
This document discusses modern techniques for crop improvement, including genome editing, gene silencing, cisgenics, site directed mutagenesis, and programmed cell death. It begins with an introduction noting the increasing global population and need to improve crop yields. Genome editing uses engineered nucleases to insert, delete, or replace DNA in living organisms. CRISPR/Cas9 is highlighted as a powerful and precise genome editing technique. Gene silencing techniques like RNA interference can be used to "switch off" genes and improve crop traits. These modern techniques allow for more targeted genetic modifications of crops compared to traditional breeding methods and have potential for meeting future agricultural demands.
This document provides details about a proposed study on genetic variability and diversity in okra. The study will analyze 30 okra genotypes to determine genetic variability, heritability, genetic advance, correlation and path coefficients between yield and other traits. It will also assess genetic divergence among genotypes. The study aims to identify diverse parents for hybridization and develop superior genotypes. It will be conducted in 2021 at the Research Farm of Chaudhary Charan Singh Haryana Agricultural University, Hisar, India using a randomized block design. Observations will be recorded for 12 traits related to plant growth, flowering, fruit characteristics and yield.
The document provides information about resume formats and samples for genetics counselors. It includes descriptions of 8 common resume types: chronological, functional, curriculum vitae, combination, targeted, professional, new graduate, and executive. For each type, it provides brief details about what the format is and who should use it. It also lists additional useful resources for resume writing, cover letters, interview preparation and common interview questions on the website resume123.org.
This document is a curriculum vitae for Md. Abul Kalam Azad that summarizes his professional experience and qualifications. It details his 18+ years of experience managing nutrition, WASH, livelihood and other development projects for organizations including ICCO Cooperation, CARE Bangladesh, and UNDP. It also lists his educational background which includes a Masters in Agricultural Economics and a Masters in Public Health with a focus on nutrition. The CV provides an overview of Azad's roles and responsibilities in designing, implementing, monitoring and evaluating various development programs in Bangladesh.
Suman Deba Nath has over 9 years of experience working in agriculture development organizations in Bangladesh. He currently serves as the Program Officer of Agriculture for Sustainable Integrated Farming System at Anando, where he oversees integrated farm establishment, organic pesticide preparation, value chain development, and nutrition garden projects. Previously he held positions as a Field Officer and Assistant Field Officer at Caritas Bangladesh, where he implemented projects related to natural resource management, horticulture development, and agriculture training. Suman holds a Bachelor's degree in Agricultural Education and is currently pursuing a Master's degree. He is proficient in Bangla, English, computer skills, and has extensive experience in areas like participatory rural appraisal, organic farming
Bringing Agriculture, Nutrition and Extension Together Using a Gender LensINGENAES
Ìý
Andrea Bohn
University of Illinois
March 23, 2016
INGENAES recognizes that women are disproportionally affected by hunger and malnutrition, and addresses gender equity to achieve better agricultural and nutrition outcomes. There are the four pillars of food security based on the role of extension including availability, access, utilization, and stability.
Roushon Jamal is seeking an international career in agricultural development. He has a MSc in Project Management and is PRINCE2 certified. He has 13 years experience working for the Bangladesh Civil Service in agriculture. He has extensive training and research experience in sustainable agriculture practices and project management. He is proficient in English and has basic skills in French, German, and Arabic.
This document summarizes agriculture in Bangladesh. It notes that agriculture makes up 21% of Bangladesh's GDP and 48% of its labor force. Some of the key challenges facing Bangladeshi agriculture are population growth, climate change, lack of mechanization, and fragmented land plots. The document also discusses strategies to achieve food security and make Bangladesh a middle income country by 2022. It outlines both challenges posed by climate change and ways of adapting to and mitigating its effects, such as developing stress-tolerant varieties and coastal green belts. Collective efforts across different sectors are needed to ensure sustainable agricultural development.
This document provides an overview of agriculture in Bangladesh, outlining its current position, challenges, prospects, and relevant policies. It discusses the importance of agriculture to Bangladesh's economy and livelihoods. Some key challenges facing Bangladeshi agriculture are land scarcity, climate change impacts like flooding and drought, and lack of mechanization. The document also outlines strategies and policies to promote food security and adaptation to climate change through stress-tolerant crops and practices.
This document contains the educational and professional background of Dr. Murlidhar S. Jadhav. It summarizes his educational qualifications including a B.Sc. in Agriculture, M.Sc. in Agricultural Biotechnology, and Ph.D. in Plant Biotechnology. It also outlines his research experience during his M.Sc. and Ph.D. focusing on developing insect-resistant transgenic cotton plants. His professional experience includes teaching agricultural biotechnology and conducting research in areas such as plant transformation, molecular markers, and molecular characterization of plants.
This curriculum vitae outlines the educational and professional background of Dr. Md. Anowar Khasru Parvez, a professor of microbiology. It details his educational qualifications including multiple PhD and MSc degrees. It also lists his employment history including positions at Jahangirnagar University and the Islamic University in Bangladesh. Finally, it provides an overview of his research expertise, projects, publications, and laboratory techniques.
This curriculum vitae summarizes the educational and professional background of Shah Fahad. It details his educational qualifications including a BSC in Agronomy, MPhil in Plant Physiology, and PhD and postdoctorate in Agronomy. It lists his research focusing on the effects of climate change on crops. It also provides details of his publications, conference presentations, languages spoken, and computer skills. The CV aims to showcase Fahad's expertise in agronomy and environmental physiology to support his objective of obtaining a career-oriented job.
Dr. Manoj Kumar is a biotechnologist with a PhD from Banaras Hindu University. He has over 10 years of experience in research related to plant pathology, biochemistry, and drug design. His areas of expertise include host-pathogen interaction, genomics, proteomics, and molecular biology. He is seeking a position in fungicide development where he can apply his skills in plant disease research.
This curriculum vitae summarizes the qualifications and experience of Jayanta Tarafdar. It outlines his educational background including a B.Sc., M.Sc., and Ph.D. in Plant Pathology. It details his employment history as a lecturer and associate professor at Bidhan Chandra Krishi Viswavidyalaya. It also lists awards he has received for his research in plant virology and molecular biology. Finally, it provides information on his publications, supervised students, and course teachings in the field of plant pathology.
Girish Rai has submitted his PhD thesis at CSIR-Indian Institute of Toxicology Research in Lucknow, India, where he has worked as a Senior Research Fellow since 2011. He holds an MSc in Biochemistry from the University of Hyderabad and a BSc (Hons) from Banaras Hindu University. His research focuses on studying the combinatorial effects of natural compounds like resveratrol and salinomycin in breast cancer models. He has published 6 papers in peer-reviewed journals and presented his work at several national and international conferences.
Dr. Syed Rizwan Abbas has extensive experience in biotechnology and plant molecular genetics. He received his PhD in plant breeding and molecular genetics in 2014. He has established biotechnology labs at multiple universities in Azad Jammu and Kashmir. His research focuses on plant tissue culture, genetic transformation, stress tolerance in plants, and drug development from medicinal plants. He has supervised many students and published numerous research papers in international journals.
Cristina Drummond Moreira is a Professor of Biology at Bennett College with over 30 years of experience in education and research. She received her Ph.D. in Horticultural Sciences from the University of Florida in 1997 and has since held various teaching and research positions, including as Project Director for an NSF-funded program to increase minority students in STEM. Her research has focused on gene expression and cell signaling in plants.
This document provides a curriculum vitae for Dr. Asim Mehmood that includes:
1) Personal information such as his date of birth, nationality, marital status, and contact details.
2) His educational background including degrees earned from various universities.
3) His work experience in teaching, research, and administration.
4) A list of his publications in peer-reviewed journals.
5) References that can be contacted.
The recent trends in Life Sciences have been experiencing rapid
transformation in recent years due to development of technology by
considering available ancient techniques. For this change, most
importunately different scientist was discovered scientific
technologies, methods, concepts, and microorganisms. All this
research helped to develop society in all aspects including medicinal
plants research. Different plants are widely known for their medicinal
properties, food properties, industrial important products formation
properties etc., Due to our improved understanding and different
methodology, even our meanings of familiar words, such as antibiotic
and species appear to be shifting. This book is coordinated towards
students, researchers, scientists and starting alumni understudies in
medicinal plants and Botany. However, the book is fully focused on
different plants and their applications in different fields. We would like
to offer our thanks to all authors, parents, teachers, and friends.
This curriculum vitae summarizes the professional experience and qualifications of MD. Al-Amin. He holds a Ph.D from Central Luzon State University in the Philippines and M.Sc. and B.Sc. degrees from Bangladesh Agricultural University. His areas of expertise include biotechnology, plant breeding, and tissue culture. He has over 30 years of experience working in agricultural research and biotechnology, including roles as the Director of the Oil Seed Research Centre and Head of the Biotechnology Division at Bangladesh Agricultural Research Institute. Currently he works as an Advisor in Biotechnology at Supreme Seed Company Limited, where he helps establish biotechnology facilities and conducts research.
Sara S. Jawdy has over 10 years of experience as a molecular biologist supporting plant molecular biology research. She has managed a laboratory of 15 users and coordinated multi-institutional collaboration projects. Her skills include experimental design, various laboratory techniques such as nucleic acid extraction and sequencing, data analysis, and managing laboratory resources. She has provided technical support for numerous projects studying various plant species such as Populus and Sphagnum.
Prof. Dr. B. Annadurai has over 38 years of experience in teaching and research in biotechnology and related fields. He has held various academic positions including professor and head of departments at universities in India and Ethiopia. The document provides details on his educational qualifications, achievements, areas of research specialization, publications, administrative experience, and employment history.
This document discusses marker-assisted selection (MAS) and its applications in important crops. It defines MAS as using molecular markers linked to traits of interest to indirectly select for those traits. The key types of markers are described as morphological, biochemical, cytological, biological, and DNA-based. Steps in MAS include mapping the gene/QTL of interest and using closely linked markers for selection. Advantages are listed as allowing selection at early stages and with high reliability. Applications discussed in rice include developing varieties resistant to bacterial blight and submergence. In sorghum and cotton, MAS has been used to develop resistance to striga, shoot fly, and rootknot nematode. MAS in wheat has
Jayasree Satya Ramadevi is a CSIR-SRF researcher currently pursuing her PhD at the Directorate of Rice Research in Hyderabad, India. She holds an MSc in plant sciences from the University of Hyderabad and a BSc in biotechnology. Her research focuses on identifying and mapping novel blast resistance genes in rice introgression lines using molecular markers and QTL mapping. She has published several papers in this area and presented her work at various international conferences.
Setu Chakraborty is a PhD candidate in Marine Biology at Memorial University of Newfoundland studying infection and vaccinology of the lumpfish. He has a MS in Biotechnology from Mawlana Bhashani Science and Technology University and a BSc in Biotechnology from the same institution. His research interests include exploring marine bacterial pathogens in lumpfish and identifying potential vaccines. He has research experience in microbiology, fish handling, vaccinology, and molecular biology. He has published conference abstracts and journal articles on topics related to his research.
This curriculum vitae provides information about Zahra Ghaderi, including her educational background, thesis work, publications, laboratory skills, coursework, computer skills, and references. She received her M.S. and B.S. in Cellular and Molecular Biology. Her thesis involved studying pathogenic nucleotide repeats in genes associated with various types of spinocerebellar ataxia in Iranian patients. She has published several papers on this topic and presented her research at various genetics conferences in Iran, Kuwait, and Egypt.
Md. Zahangir Alam, Assistant Professor, Department of Plant Pathology, Bangla...Zahangir Alam
Ìý
This curriculum vitae summarizes the qualifications and experience of Md. Zahangir Alam. It outlines his educational background, including degrees in plant pathology, nematology, and agriculture. It also lists his publications, research projects, practical experience, training, courses taught, scholarships, professional affiliations, and computer/language skills. Overall, it presents Md. Zahangir Alam as an experienced researcher and instructor in plant pathology and nematology.
Rapid Impact Assessment of Climatic and Physio-graphic Changes on Flagship G...Arvinder Singh
Ìý
‘NATIONAL CONFERENCE ON MAN AND ENVIRONMENT’October 15 – 16, 2012
Organized by
Department of Zoology and Environmental Sciences, Punjabi University, Patiala (Pb.) – 147 002, India
This study characterized stem rust resistance genes in Nebraska wheat germplasm. 270 F6 lines and 60 F7 lines were phenotyped for stem rust resistance and genotyped using GBS and marker analysis. Single marker analysis identified Sr24 as significantly associated with resistance in the F6 population and Sr38 in the F7 population. Genome-wide association also identified additional resistance genes. The study provides information on stem rust resistance genes in these wheat lines to enable gene pyramids for improved resistance breeding. Further testing will identify additional genes such as Sr6, Sr30, Sr36, Sr9e and SrTmp.
1. Curriculum Vitae (CV) of Dr. Md. Ashraful Haque
1. Name : MD. ASHRAFUL HAQUE
2. Name of father w ith address : Late Shaw kot Ali
Vill. Kanaidanga, PO. Chandrabash,
PS.Damurhuda, Dist. Chuadanga,
Bangladesh.
3. a) Date of birth
(according to Matric / SSC Certificate)
: 1st
November, 1973
b) Place of birth : Chuadanga, Bangladesh.
c) Nationality : Bangladeshi (by birth).
d) Permanent home address :Vill. Kanaidanga, PO. Chandrabash,
PS.Damurhuda, Dist. Chuadanga,
Bangladesh.
e) Present address : Professor, Department of Genetics and Plant Breeding,
Bangladesh Agricultural University, Mymensingh-
2202, Bangladesh.
f) Marital status : Married
4. Academic Career (fromMatriculation / SSC up to highest degree)
Name of
School / College /
University
Years attended Name of the Exams.
with subjects offered*
Division / Class &
Place obtained
Year of Obtaining
Certificate or DegreeFrom To
Karpashdanga High School,
Chuadanga.
1983 1988 SSC
(Science)
First Division 1988
Kushtia Government
College, Kushtia.
1988 1990 HSC
(Science)
First Division 1990
Bangladesh Agricultural
University, Mymensingh.
1991 1995 B.Sc.Ag (Hons) First Class & First
Position in order of
merit
1995
(Exam. held in 1999)
Bangladesh Agricultural
University, Mymensingh.
2000 2001 MS in Genetics and Plant
Breeding
First Class w ith
Distinction (Grade
A+
)
December, 2001
Tokyo University of
Agriculture and Technology,
Japan.
2006 2009 Doctor of Philosophy in
Biochemistry and
Biotechnology
Aw arded September , 2009
Ohio State University, USA. 2011 2011 Post doctoralresearch on
Molecular Genetics of
plant pathogens
Aw arded (Special
recognition aw ard by
the President of the
Ohio State University,
USA)
December, 2011
* Please see the Appendix-Ifor name of the examinations w ith subjects offered
5. Academic awards
* National Science and Technology aw ard offered by the Ministry of Science and Technology,
Bangladesh during 2013-2014
* Special recognition aw ard-2011 through post doctoralresearch by the Ohio State University, USA.
* Special recognition aw ard-2011 by IDB as an excellent researcher.
* IDB Merit Scholarship-2011 for a post doctoral researchin the Ohio State University, USA.
* Monbukagakushu Scholarship for Special3 years DoctoralProgram offered by the Ministry of
Education, Culture, Sports Science and Technology- Japan from October, 2006 to September, 2009.
* President Gold Medal aw ard offered by the Chancellor of Bangladesh AgriculturalUniversity during
February, 2003.
* Vice-Chancellor aw ard offered by the Vice-Chancellor of Bangladesh AgriculturalUniversity during
February, 2003.
* National Science and Technology aw ard offered by the Ministry of Science and Technology,
Bangladesh during 2000-2001.
* Shitabjan Memorial Trust aw ard offered by the Vice-Chancellor of Bangladesh Agricultural
University during 2000.
2. 6. Membership
* Life member of Plant Breeding and Genetics Society of Bangladesh.
* Life member of Bangladesh Association of Biotechnology.
* Life member of IDB Graduate Association in Bangladesh.
7. Training Program
* Successfully completed a course on General English from British Council,
Bangladesh.
*Successfully completed a Postgraduate Certificate course on Seed Technology.
*A training program offered by Graduate Training Institute on Scientific Report
Writing
* A training program offered by Graduate Training Institute on Teaching Methods
and Techniques
*A training program offered by Graduate Training Institute on Statistical Methods of
Analysis
* A training program offered by Graduate Training Institute on Project Cycle
Management
* A training program offered by Graduate Training Institute on Web page Design and
Hosting
* A training program offered by Graduate Training Institute on ISWS-510 Facilitating
Learning
* A field trip offered by Bangladesh AgriculturalUniversity on Agriculturalextension
w orkin field level
* A w orkshop on Women for Women offered by Bangladesh AgriculturalUniversity.
8. Research Interest
1. Functional analysis and characterization of plant genes related to defense and regulation mechanism against bi
otic and environmental stresses.
2. Expression pattern of biotic stress related transcription factors/genesand signaltransduction.
3. Functional and promoter activities of pathogenesis related genes.
4. In vitro study of some major crops for their screening based on yield contributing characters
5. Development and establishment of transgenic plants w ith suitable genes.
9. Expertise in Advanced Laboratory Techniques
Collection of data, statisticalanalysis of data, graphical representation, design of experiment, RNA, DNA and Protein
extraction & purification, gelelectrophoresis, Polymerase Chain Reaction (PCR), Reverse Transcriptase Polymerase
Chain Reaction (RT-PCR), Cloning, GFP and RFP fusion, Yeast one and tw o hybrid system, Sequencing and gene
silencing, Agrobacterium-mediated transformation in plants, Multiple sequence alignment by using BLAST , Designing
Primer and Vector, SDS-Page, Western blotting. Microscopy, CytologicalOperations, Embryo and anther culture of
plants and hybridization of crop plants etc.
10. Names and addresses of persons to whom a reference maybe made:
i) Lucy R. Stewart
Research Molecular Biologist USDA-ARS and Adjunct Assistant Professor
Departmet of Plant Pathology/OARDC,Selby Hall,Room No. 020,Wooster,Ohio-44691
The Ohio State University
USA
E-mail: lucy.stewart@ars.usda.gov
Phone:01-330-260-3834
Field of Specialization:Molecular Breeding and Genetics
ii) Hiroshi NYUNOYA
Professor of Gene Research Center
Tokyo University of Agriculture and Technology,Japan
E-mail: nuynoya@cc.tuat.ac.jp
Phone: 81-42-367-5563
Fax: 81-42-367-5840
3. 11. List of Publications of Dr. Md. Ashraful Haque
1. M. Chakraborty, T. Quddus, S. Rahman, M. A. K. Azad, M. R. Hossain, A. Hoque, M. K. Saha & M. A. Haque.
(2015). Molecular characterization of selected mutant lines of Onion (Allium cepa L.) against Purple Leaf Blotch
disease using SSR markers. American Jour. Expt. Agric. 8(4):261-267.
2. Sayed Raihanul Haiderâ€
, Mohammad Rashed Hossainâ€
, Shanjida Rahman, Shirin Sultana, Tamanna Quddus,
Moutoshi Chakraborti, Aunamika Hoque, Md Hasan Shahriar and Md AshrafulHaque*. (2015). In Vitro plantlet
regeneration of four localgarlic (Allium sativum) accessions of Bangladesh. British Biotech. Jour. 8(3): 1-12).
3. Shanjida Rahman, Md. Mukul Mia, Tamanna Quddus, LutfulHassan and Md. Ashraful Haque. (2015) Assessing
Genetic diversity of Maize (Zea mays L.) genotypes for agronomic traits. Res. Agric. Livest. Fish. 2(1): 1-8.
4. S. Rahman, U. Mondal, M. M. Mia, L. Hassan and M.A. Haque (2014). Wsm gene mediated resistance regulation
in corn (Zea mays L.) viruses. 9th
Bienn. Con. PBGSB, Dhaka. P. 75-76.
5. Md. AshrafulHaque and Mou, D. R. (2015). Screening of Tomato genotypes against Tm 1 gene for Tomato
mosaic virus resistance. 2nd
ICBHA-GNOBB, Univ. Dhaka. P.108-110.
6. S. Rahman, U. Mondal, M. M. Mia, L. Hassan and M.A. Haque (2014). Wsm gene mediated resistance regulation
in corn (Zea mays L.) viruses. 9th
Bienn. Con. PBGSB, Dhaka. P. 75-76.
7. M. Chakraborty, M. A. K. Azad, S. N. Begum, M. M. Islam, A. Hoque, M. K. Saha and M. A. Haque . (2014).
Molecular characterization of selected mutant lines of Onion against Purple Blotch using SSR markers. 9th
Bienn.
Con. PBGSB, Dhaka. P. 78.
8. M. A. Haque, Haider, S. R., A. Hoque & Chakraborty, M. (2013). Screening of Local Garlic Strains and production
of Chromosomal Variants under in vitro condition. BAU. Res. Prog. (2013) p.32.
9. Lucy R. Stew art • Md. AshrafulHaque , Mark W. Jones • Margaret G. Redinbaugh. (2013). Response of maize
(Zea mays L.) lines carrying Wsm1, Wsm2 and Wsm3 to the potyviruses Johnsongrassmosaic virus and Sorghum
mosaic virus. Mol. Breed. 31:289–297 DOI 10.1007/s11032-012-9789-5.
10. Haque, M. A., Shanjida, R., Mou, D. R., Moutoshi, C. & Aunamika, H. (2013). Low- cost Eco-friendly Virus free
Maize cultivation for poverty alleviation and food security in Bangladesh through Molecular marker aided Breeding
.BAU Res. Prog. (2013) p.39.(A very preliminary report in Bangladesh).
11. Lucy R. Stewart • Md. Ashraful Haque, Mark W. Jones • Margaret G. Redinbaugh. (2012). Response of maize
(Zea mays L.) lines carrying Wsm1, Wsm2 and Wsm3 to the potyviruses Johnsongrass mosaic virus and Sorghum
mosaic virus. American Phytopath. Soc. (2012).
12. Md. Ashraful Haque, Mark W. Jones, M. G., Redinbaugh and Stew art L.R. (2011). Screening of corn (Zea mays
L.) genotypes w ith introgressed Wsm loci for resistance to the potyviruses Johnsongrass mosaic virus (JGMV) and
Sorghum mosaic virus (SrMV). Sixth Annu. Res. Exp.-2011 by the Ohio State University, USA.
13. Mayumi Takano, Md. Ashraful Haque, Shota Odaira1, Keiko Nakata, Nobumitsu Sasaki and Hiroshi Nyunoya.
(2013). Overexpression of a tobacco Dof transcription factorBBF1 stimulates the transcription of the tobacco mosaic
virus resistance gene
N and defense-related responses including ROS production.. Plant. Biotech. 30, 37-46 DOI:
10.5511/plantbiotechnology.12.1207a
14. M. A. Haque, M. A. Mahmud, M. M. Islam and S. N. Begum. (2012). Identification of introgressed rice lines of
Binadhan-7×FL-378 under salt stress through SSR markers. J. Bangladesh Agril. Univ. 10(1): 49–54.
15.Mayumi, T., Odaira, S., Md. A. Haque, Sasaki, N. and Nyunoya, H. (2011). Overexpression of Dof transcription
factor accelerates hypersensitive response to the elicitor of Tobacco Mosaic Virus through the upregulation of the
tobacco resistance gene N. 8th
Solanaceae and 2nd
Cucurbitaceae joint conference, Kobe,Japan.
16. Sasaki, N., Haque, M. A., Mayumi, T., Odaira, S. and Nyunoya, H. (2011).Transcriptional transactivation of the
tobacco resistance gene N for Tobacco Mosaic Virus through its own product N protein. World Congress of Microbes-
2011, Beijing, China.
17. Md. Ashraful Haque, Nobumitsu Sasaki, Hiromi Kanegae, Seisuuke Mimori, Jun-Shan Gao and Hiroshi
Nyunoya. (2009). Identification of a Tobacco mosaic virus elicitor-responsive sequence in the resistance gene N.
Physiol Mol Plant Pathol 73, 101-108.
18. Haque, M. A.,Yasmin M. R., Hossain, M. S. Mia, M. S. and M. S. Kabir. (2010). Effect of growth hormones on
micropropagation of Garlic. Bangladesh J. crop. Sci. 21 (1): 19-23.
4. 19. Sasaki, N., Haque, M. A., Matsumaru, M., Odara, S., Nyunoya, H. (2010).Involvement of tobacco transcription
factor Dof proteins in the promoter activation of the resistance gene N against Tobacco mosaic virus. 21st
International Conference on Arabidopsis research held in Yokohama, Japan,p-65.
20. Haque, M. A., Yasmin, M. R., Kabir, A. T. M. A. , Firoz, S. M. S.and Jamal, M.R. (2010). In vitro regeneration and
transformation of Chickpea (Cicer arietinum L.) via grafting. Bangladesh J. crop. Sci. 21 (1&2):151-158.
21. M. M. Khatun, Hossain, M. S., Haque, M. A. and M. Khalekuzzaman. (2010). In Vitro propagation of Citrullus
Lanatus Thumb. From nodal explants culture. J. Bangladesh Agril. Univ. 8(2):203-206.
22. Md. Ashraful Haque, Nobumitsu Sasaki, Hiromi Kanegae, Jun-Shan Gao and Hiroshi Nyunoya. (2009). Elicitor
responsive 20-bp element of the Tobacco mosaic virus resistance gene N. XIV international congress on Mol. Plant
Microbe Inter. (MPMI), p- 72.
23. Md. Ashraful Haque, Nobumitsu Sasaki, Hiromi Kanegae, Jun-Shan Gao and Hiroshi Nyunoya. (2009). Study
on the regulation of the elicitor-responsive expression of Tobacco mosaic virus resistance. The international
congress on Molecular Biology held in Meiji, Japan.
24. Md. Ashraful Haque, Nobumitsu Sasaki, Matsumaru Masamichi and Hiroshi Nyunoya. (2009). Functional
involvement of tobacco Dof protein in the resistance to Tobacco mosaic virus.The international congress on
Biochemistry and Molecular Biology held in Yokohama, Japan.
25. Haque, M. A., Yasmin M. R., Rajesh, S and Hassan, L. (2009). In vitro screeing of rapeseed and mustard
genotype for salt tolerance. Bangladesh J. Enviorn. Sci. 17:74-79.
26. Haque, M. A., Yasmin M. R., Dey, R and Hassan, L. (2009). In vitro regeneration of rice. Bangladesh J. Enviorn.
Sci. 17: 92-97.
27. Yasmin M. R. and Haque, M. A. (2009). Micropropagation through stem disc culture and its growth parameters
affecting bulblet formation of garlic. Bangladesh J. Enviorn. Sci. 16: 243-248.
28. Md. Ashraful Haque, Nobumitsu Sasaki and Hiroshi Nyunoya. (2008). Identification of a cis regulatory element
of the Tobacco mosaic virus resistance gene N. The international congress on Biochemistry and Molecular Biology
held in Kobe, Japan, p- 501.
29. Md. Ashraful Haque. (2007). Analyses of virus resistance N gene promoter of Nicotiana tabacum. A congress
arranged by the United Graduate School of Agricultural Science, Tokyo University of Agriculture and Technology held
in Chiba, Japan.
30. Haque, M. A. and M. R. Yasmin. (2006). Determination of total Sulphur in local cultivars of Garlic. Bangladesh J.
Crop. Sci.17 (1) 251-255.
31. Haque, M. A. and M. R. Yasmin. (2006).Sulfur utilization and Genotype- Environment interaction in Garlic.
Bangladesh J. Enviorn. Sci. 12 (1): 150-154.
32. Hossain, M. S., M. Khalekuzzaman, O. I. Joarder, Haque, M.A. and M. M. Rahman. (2006). Multivariate Analysis
in Rice Genotypes. Bangladesh J. Crop. Sci.17 (1) 7-12.
33. Yasmin, R., Haque, M. A. and Hassan, L. (2005).Comprehensive in vitro regeneration and screening of virus free
Garlic cultivars. J. Bangladesh. Soc. Agril. Sci.Technol. 2 (3 and 4):125-128.
34. Haque, M.A. and M.S. Alam. (2004). In vitro shoot regeneration and Plantlet formation in Garlic. J. Bangladesh.
Soc. Agril. Sci. Technol. 1 and 2(1): 54-60.
35. Haque, M.A. (2004). Chromosome Identification in Papaya (Carica papaya). J. Bangladesh Agril. Univ. 2(1):15-
20.
36. Haque, M.A. (2003). Production of chromosomal variant in Garlic using colchicine under in vitro condition.
Progres. Agric. 14(1 and 2): 57-60.
37. Haque, M. A. (2003). Efficacy of sucrose on direct regeneration and rapid bulblet formation in Garlic (Allium
sativum). Bangladesh J. Enviorn. Sci. 9(2): 205-211.
38. Haque, M. A., Ahmad, Q.N. and Alam, M. S. (2002). Somatic embryogenesis and formation of microbulbil under
in vitro regeneration of Garlic (Allium sativum). Bangladesh J. Enviorn. Sci. 8: 87-90.
39. Haque, M. A., Nath, U.K, Ahmad, Q.N and Alam, M.S. (2003). Effect of 2, 4-D and BAP on in vitro regeneration
of Garlic (Allium sativum). Online J. Biol. Sci. 2(12): 771-774.
5. 40. Hossain, M.A., Karim, M.R., Begum, S., Hossain, M.A and Haque, M. A. (2002). Effect of Cephalexin on sex
expression, fruit development and yield of Cucumber (Cucumis sativusL.). Online J. Biol. Sci. 2 (10): 656-658.
41. Datta, S., Rahman. M.M., Haque, M. A., Islam, M.M. and Mollah, M.F.A.(2002). Chromosomal studies on Ompok
pabda (Hamilton). Bangladesh J. Enviorn. Sci. 8:179-182.
42. Takano,M., Odaira,S., Haque, M. A., Nakata,K., Sasaki, N., and Nyunoya, H. (2013). Overexpression of the Dof
protein in tobacco leads to transcriptional activation of the resistance gene N, suggesting potential roles in the
regulation of hypersensitive response to TMV. ICAR-2013, Univ. West. Aus. held in 24-28 June, 2013.
Appendix-I:Name of the Examinations withSubjects Offered
Name of the Examinations Subjects offered
Secondary School Certificate
(SSC)
Bengali, English, General Mathematics, Geography, General Science (Ist & 2nd paper),
Elective Mathematics and Religious Education.
Higher Secondary Certificate
(HSC)
Bengali, English, Physics, Chemistry, Mathematics and Biology.
Bachelor of Science in
Agriculture (BSc Ag)
Agronomy, Soil Science, Horticulture, Crop Botany, Entomology, Plant Pathology,
Genetics & Plant Breeding, Agricultural Extension Education, Agricultural Chemistry,
Biochemistry, Chemistry, Agricultural Economics, Animal Husbandry, Farm Mechanics,
Agricultural Statistics, and Rural Sociology.
Master of Science (MS) in
Genetics and Plant Breeding
Cytology and Embryology, Biometrical and Population Genetics, Crop Evolution and
Plant Genetic Resources, Cytogenetics, Distant Hybridization and Chromosome
Manipulation, Biotechnology and Genetic Engineering, Principles of Plant Breeding,
Molecular and Developmental Genetics, Molecular Breeding, Molecular Genetics,
Experimentation and Data Analysis.
Thesis Title: Individual chromosome identification through karyotype analysis and
production of tissue culture regenerants in garlic.
Doctor of Philosophy in the
division of Applied Biological
Science.
Post doctoral research on
Molecular Genetics of plant virus
resistance in Maize
Chromosomal evolution and gene expression in higher plant, Molecular aspects in plant-
pathogen interaction, Structure and function of extracellular matrix, Bioactive material
chemistry, Intermolecular interaction and super molecular chemistry, Genome mapping
and breeding in crop plants, Versatile function of RNA, Carbon reduction w ith forest
resources and other courses offered by the United Graduate School of Agricultural
Science at Tokyo University of Agriculture and Technology in collaboration with other
member Universities.
Thesis Title: Study on the regulation of the elicitor-responsive expression of Tobacco
mosaic virus resistance gene N
Post doctoral research mainlyfocused on Corn virus resistance mechanism