Selected Experiments in Biochemistry BIOC4107 IUG, Spring 2014 TMZ IUG, Spring 2014 TMZ.

Slides:



Advertisements
Similar presentations
CHEM 1406 Basic Chemistry Spring Basic Chemistry One-semester course with laboratory Designed for Health Science Student - RN program Required as.
Advertisements

Management Information Systems Dr. Eric Breimer. Course Syllabus CSIS-114: Management Information Systems (Spring 2008) Lecture: Wednesday and Friday,
Course Introduction Computer Science Department CS141:Computer Programming 1 Fall 2014 Dr. Hamid Al-Hamadi.
Basic English II Jay Melton. We will meet twice a week One class meeting in 小 7 The other class meeting in 情 2.
CHEMISTRY 2500 Topic #0: Introduction and Administrative Issues Fall 2014 Dr. Susan Findlay.
 Congratulations on Your Tawjihi success  Welcome to English  Wish you the best success in both lives.
Feb. 2006RUFO- 2nd Workshop Al-Quds University Rashid Jayousi, PhD Computer Science Dept. Experiences in E-learning.
1 Learning Assistance Department Learning Assistance Department Student Learning Outcomes LERN 50 College Success Course A three unit course that meets.
ECE 461 Internetworking Instructor: Prof. Jörg Liebeherr University of Toronto.
Practical Biochemistry1 Lab BIOCA2101 IUG, Fall 2012 Dr. Tarek M Zaida 1.
EG1004 Overview. Objectives of EG1004 To teach you about what engineers do: –Technical skills MS Office LabVIEW Mindstorms NXT –Professional skills Teamwork.
How to be an online student. How does it work? An online course follows a schedule and syllabus with due dates for assignments (just like an on-campus.
WEEK-1 PRINCIPLES OF MANAGEMENT BUSN 107, Özge Can.
Course Information Course Instructor: Prof. Ryan Murelli Office: 437 New Ingersoll Office.
Lab Orientation EDUC W200 Fall Goals Introductions for instructor and students Familiarize students with the course syllabus Familiarize students.
CST 229 Introduction to Grammars Dr. Sherry Yang Room 213 (503)
Administrative Issues ICS 151 Winter 2010 Instructor: Eli Bozorgzadeh.
ECEN 301Discussion #1 – Syllabus1 All Sections MWF 1:00 – 1:50 PM 256 CB Lecture: MW Recitation: F Labs: M or Th Instructor: Prof. David Long Office: CB.
Designing for Learning Tools to Help Faculty Design More Inclusive Courses Beth Harrison, PhD University of Dayton.
Review of Course Approach and Assignment on Class Discussions These slides from session 1 of the class and can be found on the class website.
(EE429) First day Course Materials Assistant Prof. Dr. Anwar Hassan Selected Topics Communications.
CS 140 Computer Programming (I) Second semester (3 credits) Imam Mohammad bin Saud Islamic University College of Computer Science and Information.
Welcome CSCI 1100/1202 Intro to Computer Science Winter 2002.
PHY 1405 Conceptual Physics (CP 1) Spring 2010 Cypress Campus.
1 [CMP001 Computer Orientation I] Course Guide Ms. Wesal Abdalfattah office#: 357 Ext#: 8612 Prince Sultan University,
Lecture Section 001 Spring 2008 Mike O’Dell CSE 1301 Computer Literacy.
ECE 461 Internetworking Instructor: Prof. Jörg Liebeherr University of Toronto.
King Saud UniversityCSC112 - First Semester CSC 112 Java Programming I Introduction.
Improving Student Engagement and Achievement Through Blended Learning Peter Anello & Steve Courchesne Nipissing-Parry Sound Catholic DSB.
Introduction to Management
Practical Medical Biochemistry MEDI2116 IUG, Spring 2013 Dr. Tarek Zaida.
AP Biology Mrs. Jenny Kravitz Please sign in and grab a sweet treat!
EDUC 2130 Exploring Teaching & Learning William G. Huitt, Ph.D. Last Revised: January 2008.
CM220 College Composition II Friday, January 29, Unit 1: Introduction to Effective Academic and Professional Writing Unit 1 Lori Martindale, Instructor.
CST 223 Concepts of Programming Languages Dr. Sherry Yang PV 171
Course overview March 3rd. Instructor information Instructor: Artem A. Lenskiy ( 아르텸 랜스키 ) Office: F410, 1 st engineering building Phone:
King Saud University1 CSC 112 Java Programming I Introduction.
General Chemistry Mr. Hoffman Room 241 Revised 7/26/08.
akville rafalgar high school Science Grade Science.
Digital Signal Processing (ECS602U-707P/D) Bob L. Sturm Luk R. Arnaut.
Biotechniques – BIOL 410 T/R 9:30 AM - 12:15 PM Prof. Justin Golub THIS COULD BE YOU!!!!
First Day of Class Introduction: 1. What Does It Take to Be Successful? Introduction: First Day of Class 2 Defining Success.
Back to School Night GENERAL CHEMISTRY. Welcome to General Chemistry with Brian Cox   Phone:
APPLIED MANAGEMENT SCIENCE IN AGRICULTURAL SYSTEMS I
Computer Engineering Department Islamic University of Gaza
Practical Biochemistry 2 BIOCB2301
General Chemistry I Lab
CSc 1302 Principles of Computer Science II
Learning Assistance Department
Practical Biochemistry 2 BIOCB2301
WELCOME TO BIOLOGY 1A03.
22446: Microprocessors Introduction
Welcome to the a Department of Engineering Education !
Practical Biochemistry1 Lab BIOCA2101
Practical Biochemistry1 Lab BIOCA2101
TERM 181 IMPORTANT INFORMATION
Teacher name | course number
WELCOME TO BIOLOGY.
Practical Biochemistry 2 Lab BIOCB2101
Plant Biochemistry IUG, Fall 2018 Dr. Tarek Zaida.
EG1003: Introduction to Engineering and Design
BIOCHEMISTRY NURS1310 IUG, Fall 2017 Dr. Tarek Zaida.
Administrative Issues
BIOCHEMISTRY NURS1310 IUG, Fall 2018 Dr. Tarek Zaida.
Practical Biochemistry 2 Lab BIOCB2101
Administrative Issues
Computer Engineering Department Islamic University of Gaza
Selected Experiments in Biochemistry BIOC4107
Computer Engineering Department Islamic University of Gaza
Presentation transcript:

Selected Experiments in Biochemistry BIOC4107 IUG, Spring 2014 TMZ IUG, Spring 2014 TMZ

Instructor Dr. Tarek M. Zaida Contact Office: Administration Building B304 Office Phone: 2697 (ext.) mobile: or Office Hours Sat & Mon: Sun, Tue, Wed: 10-11

Course Description This course is designed for the students with a biochemistry major, and is intended to focus on some carefully selected important protocols, and techniques used widely in biochemistry lab.

Course Objectives 1. This course aims to provide the students with an opportunity to develop their qualitative analytical skills. 2. It is expected that students upon completion of this course, will have a sound knowledge on advanced protocols applied widely in biochemistry. 3. Students will get adapted to team work. 4. Helping students developing their communication skills. 5. At the end of this course students will be familiar with “how” to prepare reports on lab activities. 6. Encouraging students to think critically and know how to solve problems.

Course Topics Protein Dialysis, Determination of protein pI, Protein salting out, Enzyme kinetics, Aerobic respiration, anaerobic respiration, Bradford test, Separation of blood serum lipids by means of Thin Layer Chromatography, Color Reactions of Plant Pigments, and SDS-PAGE.

Type of Course Teaching This is a practice course that requires: - short lectures, - in-lab practical experiments, and - Participation in different electronic learning tools.

Prerequisites Practical Analytical Chemistry CHEM2110 Biochemistry I BIOCA2301 Biochemistry II BIOCB2301 Practical Biochemistry I BIOCA2101 Practical Biochemistry II BIOCB2101

Textbook(s) A. Main textbook: Selected Experiments in Biochemistry (Prof. Ahmad Thabet 2010) B. Additional textbook Practical Medical Biochemistry (Tarek M. Zaida, 2011)

Course Timing ExperimentActivity 1 st Lab ActivityProtein DialysisReport 1 2 nd Lab ActivityDetermination of Protein pIReport 2 3 rd Lab ActivityProtein Salting outReport 3 4 th Lab ActivityEnzyme KineticsReport 4, Quiz 1 5 th Lab ActivityAerobic RespirationReport 5 6 th Lab ActivityAnaerobic RespirationReport 6 7 th Lab ActivityBradford TestReport 7, Quiz 2 8 th Lab ActivitySeparation of Blood Serum Lipids by TLCReport 8 9 th Lab ActivityColor Reactions of Plant PigmentsReport 9 10 th Lab ActivitySDS-PAGE part IReport 10, Quiz 3 11 th Lab ActivitySDS-PAGE part IIReport 11

Evaluation There will be different types of evaluation that will include: 1. Reading the lab manual before the lab activity day 2. Answering the pre-lab questions during lab session, 3. Quizzes (3) 4. Writing Lab reports 5. Participation in the actual lab work. 6. Participation in the discussion with classmates through the electronic learning tools.

Course Policy - Attending all lab sessions is a mandatory. - Active engagement in different elearning tools (online quizzes, wikis, forum, chat, electronic reports). - Zero tolerance for not following given instructions during lab sessions. - Wearing the lab coat as soon as you step in the lab. - Acting responsibly during the entire lab session. - Team work is a must, including communication with group partners. - Giving up reports from the previous lab session must be electronically only. - No make ups are allowed.

Lab Safety/Health  It is my job to keep my dear students safe, and protect them against any type of danger that might be anticipated during the lab sessions due to the different kinds of hazardous materials that might be necessary for some experiments.  However students are expected to comply completely with lab’s safety rules, and will be held responsible for their own safety once they don’t follow instructor’s rules.

Grading Reading the lab manual before the lab session and answering the pre-lab questions during lab session. 5 Quizzes (3)15 Lab reports (electronically submitted)10 Active engagement in the actual lab work20 Being active in different elearning tools10 Final exam40 Total Grade100

Following up with the Course - Students may reach the course materials through moodle system anytime. In case of anticipating any type of problems, student may contact me at my mobile or via anytime. How to use moodle system - Students may go through the moodle system using guide found on the website of electronic learning under educational resources for students. - Students may also ask for assistance from the electronic learning center found in the IT building I400, phone 1573.