Download Free Medical Human Anatomy PowerPoint Presentation

Human Anatomy PowerPoint Presentation

DOWNLOAD MEDICAL POWERPOINT PRESENTATION

About This Presentation

Description : Check out this medical presentation on Pathology, which is titled "Human Anatomy", to understand the pathology of the human body.

Tags : Pathology, Human Anatomy, pathology

Published on : Aug 03, 2021 | Views : 2198 | Downloads : 8

Shareable Url :

Embed Code :

Comment

Transcript

Slide 1-

BIOL 1010Human Anatomy Dr. Joel Gluck Email: JGluck@ccri.edu Cell Phone: 401-952-1345
Slide 2-

Why Study Anatomy? Communication within the health professions. In order to understand the pathology of the human body, one must understand the normal. Learn the interaction between body systems. Define the significance between structure and function. It’s Fun. (Personal opinion)
Slide 3-

Goals of the Course To provide a common anatomical language To relate the common language of anatomy to the functional morphology of the human body. To provide a baseline of knowledge for the study of physiology. Illustrate the principle that structure and function are related.
Slide 4-

Why Study Anatomy? Provides an education rather than training. ie: you can train a monkey to do surgery but the monkey cannot fix a problem when it arises. Terminology allows clear communication between medical professionals. Things aren’t always what they appear to be…
Slide 5-

ppt slide no 5 content not found
Slide 6-

Some definitions Morphology -form that structures take on. -Morphology affects function Structure -a part of the body. Can either be microscopic (small) or macroscopic (large). Function -refers to physical behavior. What a structure does. -Function is related to structures=Functional Morphology
Slide 7-

Normal vs. Abnormal -We must understand the normal situation to be able to compare it with and recognize the abnormal. Topographic Anatomy -Structures on the surface of the skin can be used to identify and locate deeper structures, organs, and tissues beneath the skin.
Slide 8-

Structure defines and restricts function. - certain joints can only move in one direction. For example a hinge joint can only have motion perpendicular to the axis of the joint. The knee joint (hinge) cannot have motion in the lateral direction because that goes against the axis.
Slide 9-

Laboratory Information Hands on training. Bring lab book, an atlas, and information your instructor tells you. You must supply your own gloves. Dissection kits will be supplied for you. DO NOT CUT ANYTHING! This is blunt dissection. Get a 4 or 5 color pen or a set of colored pencils.
Slide 10-

YOU MUST PASS BOTH LECTURE AND LAB TO PASS THE COURSE
Slide 11-

Drugs and Alcohol Don’t Mix
Slide 12-

ANATOMY Study of structure. ANA = apart TOMY = to cut
Slide 13-

Our study of Human Anatomy will look at both, gross and histological anatomy.
Slide 14-

Anatomical Terminology
Slide 15-

Anatomical Axes - axes are like skewers which pass through the body. They are used to describe axes about which rotation movements take place - very similar to the pin in a door hinge. The door moves in a plane around an axis - the plane is determined by the orientation of the pin in the hinge.
Slide 16-

Superior Inferior
Slide 17-

Anatomical Position This is a reference position that allows for the use of consistent directional terminology. All descriptions of location are made from within anatomical position. Subject is facing forward with palms forward, thumbs facing to the sides.
Slide 18-

Anatomical Position This is the position from which all directions and descriptions are made. The person is standing erect, palms facing anteriorly, feet together and facing forward.
Slide 19-

Superior Inferior TRANSVERSE PLANE
Slide 20-

Body Midline Medial Lateral EYES EARS Sagittal Plane
Slide 21-

ppt slide no 21 content not found
Slide 22-

The Extremities have a different set of terms The upper arm is PROXIMAL The arm is DISTAL TO THE TRUNK or MIDLINE OF THE BODY
Slide 23-

The eyes are SUPERIOR to the mouth. The mouth is INFERIOR to the eyes.
Slide 24-

The umbilicus is ANTERIOR to the gluteus maximus. IN FRONT OF The gluteus maximus is POSTERIOR to the umbilicus. IN BACK OF BACK FRONT Also called VENTRAL Also called DORSAL CORONAL P L A N E
Slide 25-

ppt slide no 25 content not found
Slide 26-

In four legged animals, the head is ANTERIOR to the tail. In two legged animals, the head is SUPERIOR to the tail. In four legged animals, the region toward the head is CRANIAL. The region toward the tail is CAUDAL.
Slide 27-

TEST YOUR KNOWLEDGE What is the relationship? knee to thigh Nipple to belly button Chin to eyes Little toe to big toe
Slide 28-

SKIN SUPERFICIAL – toward the surface DEEP – away from the surface
Slide 29-

ORIGIN – attachment of muscle on a fixed point, closest to midline INSERTION – attachment of muscle that is moveable, farthest from midline. THIGH BONE (FEMUR) LEG BONE DIRECTIONAL TERMS FOR MUSCLES
Slide 30-

Medial vs. Median A median structure is one which is in the median (midline) plane of the body (such as the sternum, the umbilicus and the symphysis pubis). The term medial is a relative term and must be used to compare two structures; one structure being medial or closer to the median plane of the body than the other structure.
Slide 31-

Hands and Feet: Palmar or Volar means the anterior surface or palm of the hand. Plantar means the inferior surface or sole of the foot. Dorsum of the hand and foot refers to the superior surface of the foot and posterior surface of the hand.
Slide 32-

Ipsilateral and Contralateral refer to the same or opposite sides of the body, respectively. Ipsilateral refers to the same side of the body, e.g., the right arm and right leg are ipsilateral structures. Contralateral refers to opposite sides of the body; e.g., the right arm and the left arm are contralateral structures.
Slide 33-

Cardinal Body Planes Cardinal Body Planes
Slide 34-

Regional Terminology
Slide 35-

Reference Positions Note the synonomous pairs: Dorsal : posterior Ventral : anterior Note the difference between bipeds and quadrupeds.
Slide 36-

Oxymoron?
Slide 37-

Organization of the Human Body The body is organized from the smallest part to the largest part. Chemical Level - atoms, molecules - carbohydrates, lipids, fats, proteins, nucleic acids Cellular Level -simplest structural unit -basic unit of life -smallest unit that can live on its own
Slide 38-

Tissue Level - a group of cells with common origin, structure, and function. - cells within a tissue all work toward a common goal (i.e.: movement, nutrition, etc.) Organ Level - a group of tissues that have a common function.
Slide 39-

Organ System Level - a group of organs with a special function. - Digestive System, Nervous System, etc… Organismal Level - A group of organ systems that at some point in time is capable of sustaining life. - All organ systems work together in an organism.
Slide 40-

Human Body Plan Vertebrates Have Some Common Features Tube within a tube body plan inner tube – mouth to anus - respiratory organs - digestive organs outer tube – axial skeleton - axial musulature
Slide 41-

Bilateral Symmetry - left half of the body is a mirror image of the right half. - structures in the median plane are unpaired, but have identical left and right sides.
Slide 42-

Dorsal hollow nerve cord - develops into the brain and spinal cord. Notochord - stiff rod just deep to the spinal cord. - present in the embryo, but is replaced by the vertebrae later in development.
Slide 43-

Segmentation - repeating units of similar structures running along the length of the trunk. - examples include the ribs and intercostal muscles and the vertebral column.
Slide 44-

Pharyngeal Pouches - pharynx – outpouchings called pouches that correspond to the clefts between the gills of a fish. - present in the embryo only.
Slide 45-

Body Cavities and Membranes Dorsal Body Cavity - cranial cavity - vertebral cavity Ventral Body Cavity - contains the viscera - 2 divisions 1. thoracic cavity a. Pleural cavity b. Mediastinum c. Pericardium 2. abdominal cavity a. Abdomen b. Pelvis Serous Cavities - 2 layers parietal layer - outer walls of the cavity visceral layer – inner layer covers the visceral organs water between the membranes is a watery fluid
Slide 46-

The abdomen is divided into four quadrants which are further subdivided into nine regions. Each region is named for its relationship with the umbilicus. Clinically, each region is associated with specific organs.