1. Muscle
2. Strands/Bundles
3. Muscle Fibers (a.k.a. cells)
4. Sacrolemma (plasma membrane)
5. Sacroplasmic Reticulum (modified ER of cell / stores calcium / tubules that surround myofibrils)
6. Myofibrils (have striations)
7. Sacromeres (parts of Miofibils)
8. Myofillaments
~ Thick Myofilaments~ ~ Thin Myofilaments~
- contain Myosin - contain Actin
A good example to illustrate the relationship between anatomy and physiology is the relationship between how a skeletal muscle is structured (anatomy) and how it works (physiology) to produce a muscle contraction. Skeletal muscles are organized into units called sarcomeres which are overlapping chains of two different proteins, actin and myosin. That in a nutshell is the microscopic anatomy of skeletal muscle. Physiologically how it works is that the myosin heads latch onto the actin chain pulling it into the center of the sarcomere shortening it which causes the contraction.
myofilaments
the bicep is a muscle so it is in the muscle/skeletal classification of study in anatomy/physiology
Skeletal muscle which has microscopic alternating bands of light and dark called striations. Therefore it is striated, voluntary muscle.
Anatomy is generally divided into two main types: gross anatomy and microscopic anatomy. Gross anatomy, or macroscopic anatomy, involves the study of structures visible to the naked eye, while microscopic anatomy focuses on structures at the cellular and tissue levels, often using microscopes. Additionally, anatomy can be categorized by system (e.g., skeletal, muscular) or by region (e.g., cranial, thoracic). Other specialized areas include developmental anatomy and comparative anatomy.
SKELETAL (:
I believe you are asking about striated, not banded. Two types of muscle are striated, skeletal and cardiac muscle.
skeletal muscles
The study of microscopic anatomy is often called histology.
smooth muscle, cardiac muscle and most glands
Skeletal muscle
A skeletal muscle.