Human Physiology:Locomotion and Movement – 2
Structural Details Of Muscle Fiber
graph TD;
A[Structural Details Of Muscle Fiber];
A --> B[Sarcolemma];
A --> C[Sarcoplasm];
A --> D[Myofibrils];
A --> E[Sarcoplasmic Reticulum];
A --> F[T Tubules];
A --> G[Terminal Cisternae];
A --> H[Triads];
B --> I[Definition];
C --> J[Definition];
D --> K[Definition];
E --> L[Definition];
F --> M[Definition];
G --> N[Definition];
H --> O[Definition];
Actin
graph TD;
A[Actin]
B[Types of Actin]
C[Functions of Actin]
D[Actin in Muscle Contraction]
E[Actin in Cell Division]
F[Actin in Cell Shape]
G[Actin Binding Proteins]
H[Actin Filaments]
I[Actin Polymerization]
J[Actin Depolymerization]
A --> B
A --> C
C --> D
C --> E
C --> F
A --> G
A --> H
H --> I
H --> J
Myosin
graph TB
Myosin(Myosin)
Myosin --> Types[Types of Myosin]
Types --> MyosinI[Myosin I]
Types --> MyosinII[Myosin II]
Types --> MyosinV[Myosin V]
Myosin --> Functions[Functions of Myosin]
Functions --> MuscleContraction[Muscle Contraction]
Functions --> CellDivision[Cell Division]
Functions --> CargoTransport[Cargo Transport]
Myosin --> Structure[Structure of Myosin]
Structure --> HeavyChains[Heavy Chains]
Structure --> LightChains[Light Chains]
Mechanism
graph TD;
A[Mechanism] --> B((Cell));
A --> C(DNA);
A --> D(Protein);
B --> E{Metabolism};
C --> F[Replication];
C --> G[Transcription];
D --> H[Translation];
E --> I[Anabolism];
E --> J[Catabolism];
Sliding Theory Of Muscles Contraction
graph TB
A[Sliding Theory Of Muscles Contraction]
A --> B[Actin and Myosin]
A --> C[Sarcomere]
A --> D[Cross Bridge Cycle]
B --> E[Tropomyosin]
B --> F[Troponin]
C --> G[Z lines]
C --> H[I band]
C --> I[A band]
D --> J[Attachment]
D --> K[Power Stroke]
D --> L[Detachment]
D --> M[Reactivation]
