Microbiological Techniques
|
Author, or Compiler |
| Cultivation of microorganisms |
Cultivation of Microorganisms |
Jibon Hridoy |
| General methods of isolation |
Methods of Microbial Isolation |
Jibon Hridoy |
| Maintenance and preservation of cultures |
Preservation of Culture |
Jibon Hridoy |
| Growth of bacteria |
Growth of Bacteria |
Jibon Hridoy |
| Measurement of microbial growth |
Measurement of Microbial Growth |
Jibon Hridoy |
| Microbiology of food |
Microbiology of Food |
Jibon Hridoy |
| Microbiology of milk |
Microbiology of Milk |
Jibon Hridoy |
| Microbial water pollution |
Microbial Water Pollution |
Jibon Hridoy |
| Control of microorganisms |
Control by Heat & Radiation |
Jibon Hridoy |
Marine Botany
|
|
| Introduction |
Oceans, Seas & Bay of Bengal |
Abulais Shomrat |
| Algae & Seaweeds: Origin of Green Lineage |
Abulais Shomrat |
| Phytoplankton |
|
| Plankton: Productivity, Food Chain & Factors |
|
| Reefs, Mars & Stromatolites |
|
| Diversity |
Seaweeds: The Pearls of the Sea |
|
| Seaweed Cultivation & Algal Industry |
|
| Nori Cultivation |
|
| Sea Grasses & Salt Marshes |
|
| Estuarine ecology |
Estuarine Ecology |
|
| Toxic Algae and human health |
Toxic Algae & Human Health |
|
| Role |
As Carbon Sink, Cleanser of the Earth, Cooler of the Atmosphere |
|
| Marine Biotechnology |
Extraction & Uses of Phycocolloids |
|
Ethnobotany
|
|
| Introduction |
Definition, History, Scopes & Applications |
|
| Traditional Botanical Knowledge (TBK) |
A Bangladesh Perspective |
|
| Approaches to TBK & Some Plants |
|
| Methods of study |
Methods of Ethnobotanical Studies |
|
| Ethnopharmacology |
Ethnopharmacology |
|
| Traditional plant use and management |
Understanding Traditional Plant Use & Management |
|
Climate Change Biology
|
|
| Understanding global climate |
The Earth’s Motion |
|
| Atmospheric Structure |
|
| Atmospheric Composition & Chemistry |
|
| Earth’s Climate System |
|
| Atmospheric Circulation |
|
| The Ocean |
|
| Causes of global climate change |
Factors Affecting the Earth’s Temperature |
|
| Human Drivers |
|
| Marine & Terrestrial Sink of CO2 |
|
| CO2 Effects on Climate |
|
| Climate change phenomena |
Evidences of Global Warming |
|
| Landform effects and vegetation |
Landform Effects on Climate |
|
| Vegetation Influences on Climate |
|
| Temporal Variability: Long Term Changes |
|
| Temporal Variability: Anthropogenic Climate Change |
|
| Relationship of Climate to Ecosystem Distribution & Structure |
|
| Impacts of global climate change |
Impacts of Global Climate Challenges |
|
| Global Climate Change Impact on Agriculture |
|
| Mitigation and adaption |
Global Climate Models |
|
| Mitigation & Adaptation |
|
Autecology and Environment
|
|
| Introduction |
Introduction, Pioneers & Scopes |
|
| The environment of plants |
The Biosphere, Atmosphere, Hydrosphere |
|
| The role of green plants in nature |
The Sun, Human & Food Supply |
|
| Energy environment |
Global Radiation & Energy Budget |
|
| Salinity |
Salinity: Sources, Cycles & Classification |
Abulais Shomrat |
| Halophytes: Salient Features, Adaptations & Classification |
Abulais Shomrat |
| Interactions between organisms |
|
|
| Marine environment |
Marine Environment: Classification & Productivity |
|
| Soil environment |
Soil Environment |
|
| Ecosystem balance and imbalance |
Balance & Imbalance |
|
| Water Resources |
|
| Environmental toxicology |
Toxic Substances |
|
| Arsenic: Exposure, Effects & Others |
|
| Plant and Pollution |
|
|
Plant Physiology and Plant Nutrition
|
|
| Photosynthesis |
|
|
| Respiration |
|
|
| Growth and development |
Auxin: The First Phytohormone |
Abulais Shomrat |
| Enzymes |
|
|
| Mineral nutrients |
|
|
| Ion absorption of plants |
|
|
| Pathways of translocation of ions |
|
|
Genomics
|
|
| Organization & Structure of Genome |
Genome Size |
Abulais Shomrat |
| Sequence Complexity: Explanation with Examples |
|
| Sequence Complexity: Explanation with Formula |
Abulais Shomrat |
| Genome Structure in Viruses and Prokaryotes |
Abulais Shomrat |
| The Organization of Nuclear DNA in Eukaryotes |
Abulais Shomrat |
| Subdividing the genome |
Restriction Enzymes & Their Availability |
Abulais Shomrat |
| Fragmentation of DNA with Restriction Enzymes |
|
| Separating Large Fragments of DNA |
|
| Isolation of Chromosomes & Chromosome Micro-dissection |
|
| Vectors for Cloning DNA & Choice of Vector |
|
| Genome sequence acquisition and analysis |
Physical Mapping of Genomes |
|
| Sequencing whole genomes |
Sequencing Methods & Strategies |
|
| Benefits of Genome Sequencing |
|
Proteomics
|
|
| Introduction to Proteomics |
Genome – Transcriptome – Proteome |
|
| Protein Structures and folding |
Protein: Characteristics & Structures |
Abulais Shomrat |
| Protein-protein interaction study |
Yeast-2-hybrid systems |
|
| Protein separation for sequencing |
2-D Gel Electrophoresis: SDS-PAGE |
|
| 2-D Gel Electrophoresis: Mass Spectroscopy |
|
| MALDI-TOF |
|
| Analysis of protein Sequences |
Identification of Protein families and evolutionary relationships |
|
| Basic principles of protein sequence comparison |
|
| Finding distant relationships, |
|
| Revealing protein motifs |
|
| 3D structural comparisons |
|
Bioinformatics
|
|
| Introduction of Bioinformatics |
|
|
| Similarity Searches on Sequence Databases |
|
|
| Pair-wise alignments |
|
|
| multiple sequence alignment |
|
|
| Phylogenetic analysis |
|
|
| Application of bioinformatics |
|
|
| Networks in Bioinformatics/proteomics |
Biological networks (Protein interaction networks, gene regulation networks) |
|
| Bioinformatics Databases and search tools |
|
| Genomics circuits in single gene |
|
| Functional genomics |
Identification and characterization genes from newly sequenced genome |
|
| Drug design based on bioinformatic tools |
|
Plant Tissue Culture and Biotechnology
|
|
| Historical background |
|
|
| Cellular totipotency |
Cellular Totipotency: From A Single Cell to A Fully-Formed Organism |
Tarannum Ahsan |
| Establishment and maintenance of callus |
Establishing Calluses: Tissue Culture |
Tarannum Ahsan |
|
|
|
|
|
|
Horticulture and Agronomy
|
|
| Introduction |
|
|
| Classification of horticultural plants |
|
|
| Classification of vegetables |
|
|
| Preparation of seedbed |
|
|
| Propagation of horticultural plants |
|
|
| Fertilizer |
Fertilizer |
|
| Mathematical Problems |
|
| Irrigation |
Irrigation |
|
| Irrigation Water |
|
| Mathematical Problems |
|
| Olericulture |
|
|
| Pomology |
|
|
| Floriculture |
|
|
Biological Limnology
|
|
| The diversity of Limnological organisms |
|
|
| Planktonic organisms |
|
|
| Primary productivity |
|
|
| Nutrient requirements of phytoplankton |
|
|
| Biological characteristics of tracheophytes |
|
|
| Photosynthesis and heterophilly |
|
|
| Geography of hydrophytes |
|
|
| Aquatic weeds |
|
|
Numerical Cytogenetics
|
|
| Numerical aberration |
|
|
| Aneuploid: (a) Hyperploid |
|
|
| Euploid |
|
|
| Speciation through allopolyploidy and segmental allopolyploidy |
|
|
| Human cytogenetics |
|
|
Microbial Plant Pathology
|
|
| Mycoplasma diseases |
|
|
| Viral diseases |
|
|
| Bacterial diseases |
|
|
| Nematode diseases |
|
|
Seed Pathology
|
|
| Introduction |
|
|
| Seed diseases |
|
|
| Location of fungal hyphae in seeds |
|
|
| Seed health testing |
|
|
| Histopathology |
|
|
| Seed-plant-seed transmission |
|
|
| Seed certification |
|
|
| Storage diseases |
|
|
| Control of seed borne diseases |
|
|
Evolution
|
|
| Introduction |
|
|
| Pre-Darwinian concepts |
Chambers, Kammerer, Buffon & Spencer |
|
| Darwin-Wallace theory |
Voyage of the Beagle |
|
| Prodigality of Reproduction |
Abulais Shomrat |
| Contribution of Wallace |
|
| Pattern of Evolution |
|
| Evidences of evolution |
Evidences of Evolution |
|
| Synthetic theory of evolution |
Synthetic theory of Evolution |
|
| Natural selection |
Natural Selection |
|
| Speciation |
Species concept & Speciation |
|
| Isolation & Speciation |
|
| Chemical theory of origin of life |
Chemical evolution of life |
|
| Human evolution |
Human Evolution |
|
| Cosmology |
Cosmology & Big Bang |
|