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Koki'o. Red Hibiscus. Hawai'i.
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Biol 230
"The key to every biological problem must finally be sought in the cell."
- Edmund B. Wilson

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  Skyline College

 
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Syllabus Spring'09.pdf
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Reference

•Med school info
•Careers in Biology 

BIOL 230—Introduction to Cell Biology

This is the second course in the core program for Biology majors. When you have completed this course and organic chemistry you will be able to undertake upper division coursework in the biological sciences. Course content, assignments, and lab work are comparable to that of your transfer institution and designed to prepare you for upper division work in the sciences. The basic principles you study in Cell Biology will be applicable in all biology–related professions including medicine, agriculture, biotechnology, animal behavior, and ecology.

Wilson wrote the above statement more than 50 years ago; recent advances in molecular biology techniques have made it possible to look for these answers in the cell. Cell Biology is becoming the organizing theme for much of the first-year medical curriculum. On the surface, living organisms appear widely disparate, however they share more similarities than they have differences when viewed at the cellular level.

Textbooks:
Campbell, N. and J. Reese. Biology, 8th ed. San Francisco: Benjamin/Cummings.
Case, C. Laboratory Experiments in Cell Biology. San Bruno: Skyline College.


 

Grades | Test keys

 
Check these sites for Careers in Biology

Biology Resource Page

What I can do with a major in...
AIBS
Careers in Botany
Careers in Microbiology
Forensics DNA Testing Laboratory | AAFS
Student Veterinary Medical Association, and electronic zoo
Genetic Counseling: American Board, National Society
Pharm jobs
Toxicology
Genome institute
U.C. Davis-Biotechnology Program
USDA, Agricultural Research Service

What do biologists do?

Jobs for you
8% of veterinary pathology positions are unfilled.
•Confirmed a critical shortage of veterinary anatomic and clinical pathologists
•Projected deficits by 2011
•550 Veterinary Pathologists
•110 Veterinary Clinical Pathologists

According to data from the Bureau of Labor Statistics (BLS) and the 2000 American Society for Clinical Pathology (ASCP) Board of Registry's Wage and Vacancy Survey, vacancy rates for 5 of the 10 essential laboratory staff positions are at a 12-year high. The ASCP survey identified a 7 to 20% vacancy rate for laboratory positions that hospitals and clinical laboratories could not fill due to the lack of qualified candidates.

In addition, the BLS data indicate that the U.S. graduates fewer than half the number of clinical laboratory personnel needed to staff the country's clinical laboratories. It is estimated that U.S. laboratories will need approximately 12,400 professionals annually, between 2002 and 2010. The average number of clinical laboratory personnel expected to enter the job market is approximately 4,200 people per year.

BLS projects that by the year 2012, we will need 69,000 more clinical laboratory scientists/medical technologists and 68,000 more clinical/medical laboratory technicians than we had in 2002.

 

Undergraduate summer fellowship
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Preparing for Med School?
Resource Page

Take advantage of student conferences and summer programs that help you prepare for graduate and medical school.
Stanford Summer research
Summer Medical Education Programs
UCSF Summer Research
List of opportunities

 

Lab Skills Acquired in BIOL 230

Agarose gel electrophoresis
Anaerobic culture techniques
Antibiosis testing
Asepsis
Bacterial culture
Bacterial streak plate
Biochemical tests
Bioreactor
Cell culture
Cell fractionation
Cell lysate preparation
Cell well plates
Centrifugation
Chemical precipitation of proteins and DNA
Chromatography: paper and column
Compound light microscopy
Computer analysis of data
Construction a restriction map
Differential staining
Endospore stain
Enzyme assay
Graphing
Indicator system

Low-power microscopy
Mammal dissection
Metric measures
Microdissection
Micropipetting
Microscopic measurements
MPN
Observations over an extended period of time
PCR
Percent and % difference calculations
pH meter
Pipetting
Plant cloning from explants
Preparation of a standard curve
Protoplast fusion
Sample collection
Serial dilutions
Serum collection
Spectrophotometry
Superspeed centrifugation
Transfer bacterial cultures
Transformation with Ti plasmid
Weighing
Wet mounts

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