BIO 510/710Biostatistics Semester hours: 3; 2 50-minute lectures and a 100 minute lab each week....
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BIO 510/710 Biostatistics • Semester hours: 3; 2 50-minute lectures and a 100 minute lab each week. Lectures are 9:05-9:55 am Monday and Wednesday. Lab is 8:10-9:50 am each Friday. • Catalog description: 510/710 Biostatistics. (3) I. Prerequisite: Mat 107 or instructor approval. Statistical analysis of biological data. Students participate in the taking and processing of data by the use of well-established statistical techniques. 2 Lec/2 Lab-Disc. • Required Text: Zar. 1999. Biostatistical Analysis. Fourth Edition. Prentice-Hall, Upper Saddle River, NJ. 663 pp. + approx. 250 pp. of appendices, tables, etc. • Recommended Text: SAS Institute, Inc. 1998. Selected SAS Documentation for BIO 710/510: Biostatistics (First Edition). SAS Institute, Inc., Cary, NC. 610 pp.
BIO 510/710Biostatistics Semester hours: 3; 2 50-minute lectures and a 100 minute lab each week. Lectures are 9:05-9:55 am Monday and Wednesday. Lab is
BIO 510/710Biostatistics Semester hours: 3; 2 50-minute
lectures and a 100 minute lab each week. Lectures are 9:05-9:55 am
Monday and Wednesday. Lab is 8:10-9:50 am each Friday. Catalog
description: 510/710 Biostatistics. (3) I. Prerequisite: Mat 107 or
instructor approval. Statistical analysis of biological data.
Students participate in the taking and processing of data by the
use of well-established statistical techniques. 2 Lec/2 Lab-Disc.
Required Text: Zar. 1999. Biostatistical Analysis. Fourth Edition.
Prentice-Hall, Upper Saddle River, NJ. 663 pp. + approx. 250 pp. of
appendices, tables, etc. Recommended Text: SAS Institute, Inc.
1998. Selected SAS Documentation for BIO 710/510: Biostatistics
(First Edition). SAS Institute, Inc., Cary, NC. 610 pp.
Slide 2
Texts and other references The texts: You will want to bring
the Zar book to class each meeting. The SAS manual is more for
reference; If you are real good with computers and dont expect to
be doing much with SAS in the future, you might get by without it
by using SAS online help and manuals available in the library or
the computer center. Web page:
www.biology.eku.edu/frederic/bio710/www.biology.eku.edu/frederic/bio710/
Other references available Instructor: Robert B. Frederick (Bob)
Course Objectives: To learn the proper use of statistical inference
in testing hypotheses in the biological sciences and in associating
observations with ecological variables.
Slide 3
What is statistical inference? What is a statistic? In everyday
language? A numerical datum (i.e., a measured fact) In statistical
inference? An estimate of a parameter (e.g., an estimate of the
population mean or variance, obtained from a sample
Slide 4
What is statistical inference? So statistical inference is? The
process of inferring about a whole population from a sample
Specifically, estimating population parameters with statistics
Testing hypotheses about populations by using this inference And
attaching probabilities of certainty to our results Given several
important assumptions One assumption is always random sampling of
the population It is the subject of this course
Slide 5
Course Outline See syllabus Follows the Zar text, designed for
a 2-semester course We will skip some sections of chapters We will
skip some chapters entirely (see preface of book) You may read all
of Chapters 1-2 for today
Slide 6
Course, continued Method of Instruction: Two 50-minute lecture
sessions each week to review and explain assigned readings, work
examples in the text and previously-assigned homework, etc. Bring
your text to every class so you can follow along on examples. Also
bring your calculator. Be prepared to ask questions about anything
you did not understand or may be uncertain about. A 2-hour lab
session each week will provide time for SAS computer exercises as
well as exams. Help sessions: 1 hour each week (optional, outside
of class)
Slide 7
Course Format lectures and demonstrations computer labs
(hands-on SAS) assigned readings in text, handouts, web readings
assigned homework exams (closed and open book) graduate student
project and presentation Other group work, discussions, board
work
Slide 8
Student Evaluation (Grade) Exam 1 - 12 September10% Exam 2 - 10
October10% Exam 3 - 14 November10% Final Exam - Wednesday, 10
December, 8-10 am20% SAS practical exams (2 or 3 programs)10%
Discussion/participation/attendance10% Homework10% Lab
assignments10% Graduate credit project - 17 Nov - 24 Nov10%
Total100% A = 90-100%B = 80-89.9%C = 70 - 79.9% D = 60-69.9F