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178 Cards in this Set

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Axial Region
Head, Neck, and Trunk
Antebrachial
Forearm
Antecubital
anterior surface of the elbow
Axillary
Armpit
Brachial
Arm
Buccal
Cheek
Carpal
Wrist
Cervical
Neck
Coxal
Hip
Crural
Leg
Digital
Fingers or Toes
Femoral
Thigh
Fibular (peroneal)
SIDE of leg
Frontal
Forehead
Hallux
BIG Toe
Inguinal
Groin
Mammary
Breast
Mental
Chin
Nasal
Nose
Oral
Mouth
Orbital
Eye Socket
Palmar
Hand
Patellar
Anterior Knee (kneecap)
Pedal
Foot
Pelvic
Pelvis
Pollex
Thumb
Pubic
Genital
Sternal
Breastbone
Tarsal
Ankle
Thoracic
Chest
Umbilical
Navel
Acromial
Point of the Shoulder
Calcneal
Heel of Foot
Cephalic
Head
Dorsum
Back
Femoral
Thigh
Gluteal
Buttocks or Rump
Lumbar
Lower Back or Loin
Manus
Hand (posterior)
Occipital
Head (posterior)
Olecranal
elbow (posterior)
Otic
Ear
Perineal
Region between the anus and genitalia
Plantar
Sole of Foot
Popliteal
Knee (posterior)
Sacral
Between the Hips (posterior)
Scapular
Shoulder blade area
Sural
calf
Vertebral
Spine
A plane that runs horizontally, dividing the body into superior and inferior parts.
TRANSVERSE PLANE
When organs are sectioned along the TRANSVERSE PLANE they are commonly called cross sections.
A plane that runs longitudinally and divides the body into equal parts, right down the median.
Midsagittal Plane
All other sagittal planes are referred to as parasagital planes.
A longitudinal plane that Divides the body (or organ) into anterior and posterior parts.
FRONTAL PLANE
sometimes called a CORONAL PLANE
Covers the external surface of organs within a cavity
Visceral Serosa
Two similar membranes that work together to produce lubrication fluid, compartmentalize organs, minimize friction, and quarantine infection.
Parietal Serosa that lines the cavity walls AND Visceral Serosa that lines the organs
Serosa lining the abdominal cavity and covering its organs.
PERITONEUM
Serosa membrane enclosing the lungs.
PLEURA
Serosa membrane around the heart.
PERICARDIUM
Covers the external surface of organs within a cavity
Visceral Serosa
Two similar membranes that work together to produce lubrication fluid, compartmentalize organs, minimize friction, and quarantine infection.
Parietal Serosa that lines the cavity walls AND Visceral Serosa that lines the organs
Serosa lining the abdominal cavity and covering its organs.
PERITONEUM
Serosa membrane enclosing the lungs.
PLEURA
Serosa membrane around the heart.
PERICARDIUM
1?
Right Hypochondriac Region (RH)
2?
Epigastric Region (ER)
3?
Left Hypochondriac Region (LH)
4?
Right Lumbar (RL)
5?
Umbilical Region (UR)
6?
Left Lumbar Region (LL)
7?
Right Iliac or Inguinal (RI)
8?
Hypogastric or Pubic Region (HR)
9?
Left Iliac or Inguinal Region (LI)
Region immediately superior to the umbilical region; overlies most of the stomach
Epigastric Region
Region immediately inferior to the umbilical region; encompasses the pubic area
Hypogastric Region
Regions lateral to the hypogastric region and overlying the super parts of the hip bones
Iliac Reigons or Inguinal Regions
Regions between the ribs and the flaring portions of the hip bones; lateral to the umbilical region
Lumbar Regions
Regions flanking the epigastric region laterally and overlying the lower ribs
Hypochondriac Regions
What are RIBOSOMES?
Densely staning, spherical bodies composed of RNA and protein. They are the actual sites of protein synthesis.
They are seen floating free in the cytoplasm or attached to the rough endoplasmic reticulum.
What is ENDOPLASMIC RETICULUM?
Highly folded system of membranous tubules and cisternae that extend throughout the cytoplasm. It is continuous with the Nuclear Envelope.
It is assumed that the ER provides a system of channels for transport of cellular substances.
It is studded with ribosomes and its cisternae modify and store the newly formed proteins and dispatch them to other areas of the cell.
Rough ER
Its external face is involved with phospholipid and cholesterol syntheses
Rough ER
Cellular organelle that is abundant in cells that are active in lipid metabolism and steroid-based hormone production.
Smooth ER
Within its cisternae, proteins are modified, segregated, and packaged into membranous vesicles.
GOLGI APPARATUS
Sacs containing powerful digestive enzymes. A product of the golgi apparatus.
LYSOSOMES
Enzymes capable of digesting worn-out cell structures and foreign substances through phagocytosis or endocytosis.
LYSOSOMES
Suicide Sac
LYSOSOME
Using oxygen, they detoxify a number of harmful substances, most importantly free radicals.
PEROXISOME
They are abundant in cells that are actively involved in detoxification.
Energy house of the cell.
MITOCHONDRIA
Normal cellular activity and growth. Centrolies and DNA begin replicating.
INTERPHASE
Mitosis phases when chromosomes cluster at the middle of the cell.
METAPHASE
Centromeres of the chromosomes split; each chromatid now becomes a chromosomes on its own.
ANAPHASE
Nuclear envelope forms around each chromatin mass, spindle fibers break down, and for a brief period the cell is binucleate.
TELOPHASE AND CYTOKINESES
Chromatin threads coil and condense, forming visible chromosomes. Nucleoli disappear and cytoskeletal microtubules disassemble.
EARLY PROPHASE
Microtubules, called kinetochores, attach to each chromosomes centromere and pull to center all the chromosomes in a line.
LATE PROPHASE
Right External Carotid Artery
Right Internal Jugular Vein
Right Superior Thyroid Artery
Thyroid Cartilage
Right Common Carotid Artery
Cricoid Cartilage [annular cartilage]
Thyroid Gland
Inferior Thyroid Vein
Scalenus Anterior Muscle
Trachea [windpipe]
Right Subclavain Vein
Right Brachiocephalic Vein
Superior Vena Cava
Right Lung
Pectoralis Major Muscle
Pectoralis Minor Muscle
Serratus Anterior Muscle
Right Inferior Lobar Bronchus
External Intercostal Muscles
6th Rib
Diaphragm
Obliquus Externus Abdominis Muscle
Abdominal Part of Esophagus
Costal Part of Diaphragm
Diaphragm, Lumbar Part
Right Suprarenal Gland [adrenal]
Celiac Trunk
Inferior Vena Cava
Renal Pelvis
Renal Vein
Ureter
Right Testicular Artery
Crest of Ilium
Right Common Iliac Artery
Promontory
Iliacus Muscle
Transversus Abdominis Muscle
Obliquus Internus Abdominis Muscle
Obliquus Externus Abdominis Muscle
Bladder
Rectus Abdominis Muscle
Left Internal Carotid Artery
Hyoid Bone
Preepiglottic Fat Pad
Sternocleidomastoideus Muscle
Left Common Carotid Artery
Cricothyroid Muscle
Left Jugular Vein
Left Superior Thyroid Artery
Inferior Belly of Omohyoid Muscle
Left Subclavian Artery
Clavicle
Left Brachiocephalic Vein
Ascending Aorta
Superior Left Pulmonary Vein
Left Pulmonary Artery
Bifurcation of Trachea
Left Principal Bronchus
Esophagus [gullet]
Thoracic Part of Aorta
Bronchus of Left Inferior Lobe
Left Lung
Foramen of Vena Cava
Parietal Pleura
Spleen
Superarenal Gland [adrenal gland]
Hilum of Spleen
Left Suprarenal Vein
Abdominal Aorta
Left Kidney
Left Testicular Vein
Quadratus Lumborum Muscle
Left Testicular Artery
Left Common Iliac Artery
Left Common Iliac Vein
Median Sacral Artery
Psoas Major Muscle
Sigmoid Colon [pelvic colon]
Rectum
Inguinal Ligament
Lymph Node
White Line of Abdomen [linea alba]
Femoral Artery
Great Saphenous Vein
Lymph Vessel