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167 Cards in this Set

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Organization

Pattern that differs from environment, involves regulation of internal conditions within limits

Responsiveness (irritability)

Responding to changed in environment


Adaptation: long term response

Growth

Increase in size/cell number

Differentiation

Specialization of cells to perform particular functions

Movement (internal)

Transport substances in body

Movement (internal)

Transport substances in body

Movement (external)

Move around environment

Metabolism

All chemical processes in the body (building and breaking molecules)

Anatomy

Study of internal and external structures of body and their relationships to each other

Anatomy

Study of internal and external structures of body and their relationships to each other

Gross anatomy

Macroscopic, see by eye

Microscopic anatomy

Cell and molecule level, need microscope

Cytology

Study of cells

Histology

Study of tissues

Physiology

Study of how an organism performs functions (functions)

Homeostasis

Unchanging sameness, the maintenance of a relatively constant internal environment, essential to life

Autoregulation

Activities of a cell/tissue/organ/system adjust automatically in response to environmental change.

Autoregulation

Activities of a cell/tissue/organ/system adjust automatically in response to environmental change.

Extrinsic regulation

Results from activities of nervous or endocrine systems

Autoregulation

Activities of a cell/tissue/organ/system adjust automatically in response to environmental change.

Extrinsic regulation

Results from activities of nervous or endocrine systems

Nervous system

Directs rapid, short term, specific responses

Endocrine system

Works through hormones, slow to act but long lasting effects

Endocrine system

Works through hormones, slow to act but long lasting effects

Homeostatic regulation mechanism


Receptor

Sensor that detects stimulus

Endocrine system

Works through hormones, slow to act but long lasting effects

Homeostatic regulation mechanism


Receptor

Sensor that detects stimulus

Homeostatic regulation mechanism


Control/ integration center

Receives and processes info from receptor

Endocrine system

Works through hormones, slow to act but long lasting effects

Homeostatic regulation mechanism


Receptor

Sensor that detects stimulus

Homeostatic regulation mechanism


Control/ integration center

Receives and processes info from receptor

Homeostatic regulation mechanism


Effector

Cell/organ that responds to direction from control center to oppose or enhance the stimulus

Negative feedback

1.) oscillation around a set point


2.) effector activated by control center opposed stimulus


3.) most common homeostatic regulation

Body temp


Too cold = shiver


Too hot = sweat

Positive feedback

1.) effectors respond by exaggerating or enhancing the stimulus


2.) typically used to deal with threat or stress

Blood clotting

Cephalic region

Head

Cephalic region

Head

Cervical region

Neck

Cephalic region

Head

Cervical region

Neck

Thoracic region

Chest

Cephalic region

Head

Cervical region

Neck

Thoracic region

Chest

Brachial region

Arm

Cephalic region

Head

Cervical region

Neck

Thoracic region

Chest

Brachial region

Arm

Antebrachial region

Forearm

Carpal region

Wrist

Carpal region

Wrist

Manual region

Hand

Carpal region

Wrist

Manual region

Hand

Abdominal region

Belly

Carpal region

Wrist

Manual region

Hand

Abdominal region

Belly

Lumbar region

Lower back

Carpal region

Wrist

Manual region

Hand

Abdominal region

Belly

Lumbar region

Lower back

Gluteal region

Butt

Carpal region

Wrist

Manual region

Hand

Abdominal region

Belly

Lumbar region

Lower back

Gluteal region

Butt

Pelvic region

Hips

Carpal region

Wrist

Manual region

Hand

Abdominal region

Belly

Lumbar region

Lower back

Gluteal region

Butt

Pelvic region

Hips

Pubic region

Anterior pelvis

Carpal region

Wrist

Manual region

Hand

Abdominal region

Belly

Lumbar region

Lower back

Gluteal region

Butt

Pelvic region

Hips

Pubic region

Anterior pelvis

Ingunial region

Groin

Femoral region

Thigh

Femoral region

Thigh

Crural region

Front of leg

Sural region

Front of leg

Sural region

Front of leg

Sural region

Calf

Tarsal region

Ankle

Pedal region

Top of foot

Sural region

Front of leg

Sural region

Calf

Tarsal region

Ankle

Pedal region

Top of foot

Plantar region

Sole of foot

Sural region

Front of leg

Sural region

Calf

Tarsal region

Ankle

Pedal region

Top of foot

Plantar region

Sole of foot

Anterior

Front

Sural region

Front of leg

Sural region

Calf

Tarsal region

Ankle

Pedal region

Top of foot

Plantar region

Sole of foot

Anterior

Front

Posterior

Back

Sural region

Front of leg

Sural region

Calf

Tarsal region

Ankle

Pedal region

Top of foot

Plantar region

Sole of foot

Anterior

Front

Posterior

Back

Ventral

Belly

Dorsal

Back

Sural region

Front of leg

Sural region

Calf

Tarsal region

Ankle

Pedal region

Top of foot

Plantar region

Sole of foot

Anterior

Front

Posterior

Back

Ventral

Belly

Dorsal

Back

Caudal

Tail

Superior

Above

Superior

Above

Inferior

Below

Medial

Toward the center

Medial

Toward the center

Lateral

Away from center, peripheral

Medial

Toward the center

Lateral

Away from center, peripheral

Proximal

Near the point of attachment

Medial

Toward the center

Lateral

Away from center, peripheral

Proximal

Near the point of attachment

Distal

Away from the point of attachment

Medial

Toward the center

Lateral

Away from center, peripheral

Proximal

Near the point of attachment

Distal

Away from the point of attachment

Superficial

At the surface

Medial

Toward the center

Lateral

Away from center, peripheral

Proximal

Near the point of attachment

Distal

Away from the point of attachment

Superficial

At the surface

Deep

Farther from the surface

Body cavities


Functions

1. Protect organs


2. Permits changes in size and shape of organs

Body cavities


Functions

1. Protect organs


2. Permits changes in size and shape of organs

2 major cavities

1. Dorsal body cavity


2. Ventral body cavity

Dorsal body cavity divided into:

Cranial cavity - brain


Spinal cavity- spinal cord

Ventral body cavity

Thoracic cavity- heart and lungs


Abdominal cavity- guts

Organs in ventral cavity are called ________________.

Viscera

Surrounded by serous membrane called _____________.

Serosa

Thoracic cavity


Right and left pleural cavities contain:

Lungs

Thoracic cavity


Right and left pleural cavities contain:

Lungs

Pericardial cavity contains

Heart

Mediastinum


Contains:

Pericardial cavity (heart)


Esophagus


Trachea


Thymus

Abdominal cavity

Pertitoneal:


Liver


Stomach


Spleen


Small intestine


Most of large intestine


Retroprrtitoneal:


Kidney


Pancreas

Pelvic cavity

Inferior large intestine


Bladder


Some reproductive organs