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JOHN JAY COLLEGE OF CRIMINAL JUSTICE

THE CITY UNIVERSITY OF NEW YORK

BIOLOGY 103 FALL 2005

 

 

Course Coordinator: Dr. Margaret M. Wallace
Room: 4411 N
Tel: (212) 237-8492
   

 

Instructor: Professor Indronil Saha
Lecture: 2nd Period Tu/Th  
Lecture Hall 4302 N  
Lab: 3rd and 4th Period  
        Section 01 Tu Rm. 4428         
        Section 02 Th Rm. 4428          
 

Lab: 5th and 6th Period

 

 

        Section 03 Th Rm. 4428         

 

 

Instructor: Dr. Henrietta Nunno
Room: 4126 N
Tel: (212) 237-8953
Office hours: Tues & Thurs 3:30-5:30 PM

 

Lecture: 3 rd Period Tu/Th Lecture: 5th Period Tu/Th
Lecture Hall 1311 N Lecture Hall 4302 N
Lab: 1st and 2nd Lab: 1st and 2nd Period
        Section 04 Tu Rm. 4428         Section 07 Fri Rm. 4425

        Section 05 Th Rm. 4428

Lab: 4th and 5th Period
 Lab: 5th and 6th Period               Section 08 Fri Rm. 4425
        Section 06 Tu Rm. 4428       

 

 

TEXT: Campbell, N. & Reece, J. (2005).  Biology (7th ed.) New York : Pearson- Benjamin Cummings. (Available in the Bookstore)  

LABORATORY MANUAL: Helms, D. et al. (1998).  Biology in the laboratory (3rd ed).   New York :               W. H. Freeman and Company.  (Available in the Bookstore)         

 

 

 

WEB PAGE: All of the figures used in lecture are available as pdf files. Links to all these files can be found on the course web page. The pdf files may be downloaded and printed (10 ˘/page) at either the Library or Academic Computing (Rm. 1310).

PDF FILES: Available through the Library’s Electronic Reserves.

 

 

Course description: Biology 103 consists of lectures and laboratory experiments covering topics in modern biology. There are 4 lecture exams, each worth 15% of the final grade. The lecture exams will consist of 60 multiple choice questions. There are no make-up exams. If you miss an exam and do not have a valid written excuse, you will receive a score of zero (0%).  All exams count: no grade is dropped. The laboratory part, worth 40% of the final grade, will be derived from the scores of 2 exams, a laboratory report, quizzes, notebooks, and class participation.

 

Knowledge and performance objectives: Students will understand the basic concepts in the field of modern biology:
A structure of atoms and molecules
A cell structure
A structure and function of macromolecules
A cellular respiration and photosynthesis
A genetics
A gene structure, function and regulation
Students will learn laboratory skills and experimental techniques:
A measurement
A identification of macromolecules
A genetic crosses
A forensic DNA analysis
Students will also enhance their communication and analytical skills by writing a laboratory report.

 

Attendance: You are required to attend the lectures. An attendance sheet will be circulated during class. It is your responsibility to sign the sheet during class. You will not be permitted to sign the attendance sheet after the class has been dismissed. More than four (4) unexcused absences are considered excessive and you will receive a grade of F.

 

Statement of the College Policy on Plagiarism:  Plagiarism is the presentation of someone else’s ideas, words, or artistic, scientific, or technical work as one’s own creation.  Using the ideas or work of another is permissible only when the original author is identified.  Paraphrasing and summarizing, as well as direct quotations, require citations to the original source.  

Plagiarism may be intentional or unintentional.  Lack of dishonest intent does not necessarily absolve a student of responsibility for plagiarism.  

It is the student’s responsibility to recognize the difference between statements that are common knowledge (which do not require documentations) and restatements of the ideas of others.  Paraphrase, summary, and direct quotation are acceptable forms of restatement, as long as the source is cited.  

Students who are unsure how and when to provide documentation are advised to consult with their instructors.  The library has free guides designed to help students with problems of documentation.

 

 

WEEK DATE DAY LECTURE PAGES

1

AUG   30 TUES CH. 1    INTRO: STUDY OF LIFE   2-29
      CH. 2  CHEMICAL CONTEXT OF LIFE   32-46
  SEPT    1 THURS CH.3  WATER & ENVIRONMENT   47-57
      CH. 4 CARBON & MOLEC. DIVERSITY   58-67
2 SEPT    6 TUES CH. 5 MACROMOLECULAR STRUCT   68-91
  SEPT    8 THURS CH. 6 CELL STRUCTURE  94-123
3 SEPT  13 TUES CH. 6 CONTINUED   
  SEPT  15 THURS CH. 7 MEMBRANE STRUCT/FUNCT 124-140
4 SEPT  20 TUES CH. 11 CELL COMMUNICATION 201-217
  SEPT  22 THURS EXAM #1 WEEKS 1- 3 CH. 1-6  
5 SEPT  27 TUES CH.  8 METABOLISM 141-159
  SEPT  29 THURS CH. 9 CELLULAR RESPIRATION 160-180
6 OCT     6 TUES CH. 9 CONTINUED  
7 OCT    18 TUES CH. 10 PHOTOSYNTHESIS 181-200
  OCT    20 THURS CH. 12 CELL CYCLE 218-235
8 OCT    25 TUES CH. 13 MEIOSIS 238-250
  OCT    27 THURS CH. 14 MENDELIAN GENETICS 251-273
9 NOV      1 TUES CH. 14 CONTINUED  
  NOV      3 THURS EXAM #2 WEEKS 3-8 CH. 7-13  
10 NOV      8 TUES CH. 15 CHROMOSOME/HEREDITY 274-292
  NOV      10 THURS CH. 16 MOLEC, BASIS INHERITANCE 293-308
11 NOV      15 TUES CH. 16 CONTINUED  
  ** NOV 16 LAST DAY TO RESIGN WITHOUT ACADEMIC  PENALTY**       
  NOV    17 THURS CH. 17 GENE TO PROTEIN 309-333
12 NOV    22 TUES CH. 17 CONTINUED
13 NOV    29 TUES CH. 18 VIRUSES & BACTERIA 334-358
  DEC       1 THURS EXAM #3 WEEKS 8-12 CH. 14-17  
14 DEC       6 TUES CH. 18 CONTINUED  
  DEC       8 THURS CH. 19 EUKARYOTIC GENOMES 359-383
15 DEC       13 TUES CH. 20 DNA TECHNOLOGY 384-410
  DEC       13 THURS CH. 26 ORIGIN OF LIFE 512-533
  EXAM #4 WEEKS 12-15 CH. 18-20 & 26        
SECTIONS 01, 02, 03
  DEC      20 TUES 9:30- 11:30 AM Rm. 4302
SECTIONS 04, 05, 06
  DEC      22 THURS 10:15 AM-12:15 PM Rm. 1311
SECTIONS 07, 08
  DEC      22 THURS 12:30-2:30 PM Rm. 4302