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Weekly Schedule for Moore’s
Physiology
Week 2: Monday,
January 20 to Friday, January 24
textbook web site: http://www.mhhe.com/shieress8/
|
In-class |
Homework |
Monday, January 20 Martin
Luther King Jr.’s Day NO
SCHOOL |
|
Tuesday, January 21 (day 5) 1)Wrap
up introductory notes *levels
of organization *role
of homeostasis *body
cavities and coverings 2)
Concept map overview of anatomy and physiology activity 3)
Time to wrap up lab 1 |
Lab
1: Organization of the Human Body due WED. |
Wednesday, January 22 (day 6) 1)
Body’s chemistry discussion and activity |
Body’s
Chemistry Activity Follow-up Questions due THURS. |
Thursday, January 23 (day 7) 1)Overview
of Body’s Tissue Types 2)
Begin Lab 2: An Introduction to Cytology and Histology |
Internet
activity and follow-up: 1)Visit
AL’s histology: http://www.science.ubc.ca/~biomania/tutorial/tuthisto/outline.htm 2)
Walk through each of the tutorials on the 4 major tissue types:
epithelial, connective, muscle and nervous 3)
Write down at least 3 characteristic and 3 examples of each of the
tissue types on a separate sheet of paper 4)
Take the mini-quiz at the end of each of the tissue types and write down
the answers on a separate sheet of paper INTERNET
ACTIVITY DUE MON. ( 1/27) |
Friday, January 24 (day 8 ) 1)
Lab 2: An Introduction to Cytology and Histology |
1)
AL’s Histology Internet Activity due MON. (1/27) 2)
Lab 2: An Intro to Cytology and Histology due MON. (1/27) |
UPCOMING EVENTS:
TUESDAY, JANUARY 28
Quote
of the week:
"The wise person questions himself, the fool others."- Henri Arnold
Question
of the week: How many muscles and bones are there in the human body?
longest? shortest?
Medical
term of the week: neonatology
Unit 1: Levels
of Organization
Chapter 1:
Introduction to Anatomy and Physiology
1)
anatomy
2)
physiology
3)
10 major living processes ( respiration, digestion, absorption, circulation,
excretion, growth, reproduction, responsiveness, assimilation, and movement)
4)
5 major living requirements ( water, nutrients, oxygen, heat and pressure)
5)
homeostasis
6)
negative feedback
7)
levels of organization ( atoms, molecules, cells, tissues, organs, systems,
organism)
8)
Body cavities
-axial
: ventral
thoracic
cavity ( pleural cavity, mediastinum, pericardial cavity)
abdominopelvic
cavity ( abdominal cavity and pelvic cavity)
-axial:
dorsal
cranial
cavity
vertebral
canal
9)
Surrounding membranes
-pleural
( parietal pleura, pleural cavity, visceral pleura)
-pericardial
( parietal pericardium, pericardial cavity, visceral pericardium)
-peritoneal
( parietal peritoneum, peritoneal cavity, visceral peritoneum)
10)
Organ systems ( integumentary system, skeletal system, muscular system, nervous
system, endocrine system, cardiovascular system, lymphatic system, digestive
system, respiratory system, urinary system, reproductive system
11)
Anatomical positions
-superior
and inferior
-anterior
and posterior
-medial
and lateral
-proximal
and superficial
-superficial
and deep
12)
Anatomical body regions
-sagittal
region
-transverse
region
-coronal
region
1)
Inorganic compounds (water, salts, oxygen and carbon dioxide)
*overall
chemistry and roles in the body
2)Organic
compounds ( carbohydrates, lipids, proteins and nucleic acids)
*overall
chemistry and roles in the body
1)Eukaryotic
cell structure and function ( plasma membrane, nucleus, rough ER, smooth ER,
Golgi body, cytosol, lysosome, mitochondria, peroxisomes, microfilaments and
microtubules, cilia, flagella, etc.)
2)
4 major tissue types ( epithelial, connective, muscle and nervous)
*
examples, locations, characteristics,
appearance and functions
Questions or Comments can be sent by e-mail to Moore Biology.
