Smooth muscle of gut wall, TEM
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Smooth muscle of gut wall, TEM
Smooth muscle of gut wall. Transmission electron micrograph (TEM) of a section through the outermost wall of the intestine, showing smooth muscle cells in longitudinal section (lower left) and cross-section (upper right), and nerve tissue in between (diagonal, centre). The different orientation of muscle allows lengthwise and transverse contraction of the gut tube. The nerve tissue forms an extensive neural network within the smooth muscle layers of the gut and is known as the myenteric (or Auerbach s) plexus, part of the enteric nervous system (ENS). It plays an essential role in coordinating contraction. Magnification: x4, 0004, when printed 10 centimetres tall
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9241855
© MICROSCAPE/SCIENCE PHOTO LIBRARY
Black And White Bowel Bowels Cell Biology Contractile Cytological Cytology Digestive System Enteric Fibres Filament Filaments Ganglion Gastrointestinal Tract Histological Histology Intestinal Intestine Intestines Involuntary Muscle Fibre Muscular Myological Myology Nerve Nerve Plexus Nerves Neuron Neurone Neurones Neurons Organelle Organelles Smooth Muscle Tissue Transmission Electron Micrograph Transmission Electron Microscope Unmyelinated Cells Nervous System Neurological Neurology Section Sectioned
EDITORS COMMENTS
This print showcases the intricate beauty of the smooth muscle found in the gut wall. Taken using a transmission electron microscope (TEM), it provides an extraordinary glimpse into the microscopic world of biology and tissue structure. In this image, we can observe both longitudinal and cross-sections of smooth muscle cells within the outermost layer of the intestine. The different orientations of these muscles allow for both lengthwise and transverse contractions, enabling proper functioning of the gut tube. Nestled between these muscular fibers lies a network of nerve tissue known as the myenteric plexus or Auerbach's plexus. This neural network plays a crucial role in coordinating contractions within the gastrointestinal tract, forming part of our enteric nervous system (ENS). Its extensive presence highlights its importance in regulating involuntary movements essential for digestion. The monochrome presentation adds to its aesthetic appeal while emphasizing key structural details such as filaments and organelles within individual cells. With a magnification level at x4,000 when printed 10 centimeters tall, this image offers viewers an up-close encounter with cellular intricacies that would otherwise remain hidden from sight. Science Photo Library has once again captured nature's wonders through their lens, providing us with an awe-inspiring visual representation that merges artistry with scientific exploration.
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