Reproduction:Reproduction In Organisms – 2
Binary Fission In Bacteria
graph TB
A[Binary Fission In Bacteria]
A --> B[Step 1: Cell Elongation]
A --> C[Step 2: DNA Replication]
A --> D[Step 3: Septum Formation]
A --> E[Step 4: Cell Separation]
B --> F[The bacterium grows in size]
C --> G[The bacterium duplicates its DNA]
D --> H[The bacterium forms a septum dividing the cell into two compartments]
E --> I[The bacterium splits into two daughter cells]
Binary Fission: longitudinal In Euglena
graph TB
B[Binary Fission: longitudinal In Euglena]
B --> C1[Definition]
B --> C2[Process]
C1 --> D1[Type of asexual reproduction]
C1 --> D2[Single parent organism]
C2 --> D3[Replication of DNA]
C2 --> D4[Cytoplasmic division]
D3 --> E1[Two identical sets of chromosomes]
D4 --> E2[Two new cells]
Binary Fission: Transverse In Paramecium
graph TD;
A[Binary Fission: Transverse In Paramecium];
B[Definition];
C[Process];
D[Significance];
E[Examples];
A-->B;
A-->C;
A-->D;
A-->E;
B-->F[Binary fission is a method of asexual reproduction];
C-->G[Step 1];
C-->H[Step 2];
C-->I[Step 3];
D-->J[Importance in reproduction];
D-->K[Importance in genetic diversity];
E-->L[Paramecium];
Multiple Fission In Malarial Parasite
graph TB
A["Multiple Fission In Malarial Parasite"]
A --> B["Malarial Parasite"]
A --> C["Multiple Fission"]
B --> D["Plasmodium"]
B --> E["Life Cycle"]
C --> F["Definition"]
C --> G["Process"]
D --> H["Species"]
D --> I["Morphology"]
E --> J["Sporogonic Cycle"]
E --> K["Schizogonic Cycle"]
F --> L["Asexual Reproduction"]
F --> M["Formation of Multiple Offspring"]
G --> N["Invasion of Red Blood Cells"]
G --> O["Formation of Schizont"]
H --> P["P. vivax"]
H --> Q["P. falciparum"]
I --> R["Trophozoite"]
I --> S["Gametocyte"]
J --> T["Mosquito Stage"]
J --> U["Formation of Oocyst"]
K --> V["Human Stage"]
K --> W["Formation of Merozoites"]
Artificial Vegetative Reproduction
graph TB
A[Artificial Vegetative Reproduction]
A --> B[Cutting]
A --> C[Layering]
A --> D[Grafting]
A --> E[Tissue Culture]
B --> B1[Stem Cutting]
B --> B2[Root Cutting]
B --> B3[Leaf Cutting]
C --> C1[Simple Layering]
C --> C2[Tip Layering]
C --> C3[Compound Layering]
D --> D1[Splice Grafting]
D --> D2[Bud Grafting]
D --> D3[Root Grafting]
E --> E1[Micropropagation]
E --> E2[Cell Culture]
E --> E3[Protoplast Culture]
BETA
