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Anyone in the world

هى طريقة تستخدم فى تحليل المادة التى تستخدمها وسائل الإعلام المختلفة ووسيلة لجمع بيانات كمية وموضوعية عن محتوى هذه الرسائل وهى أيضا تعد أداة حيثة تساعد فى التعبير عن الظواهر تعبيرا كميا أو تناولا إحصائيا أو بواسطة الحاسبات الإلكترونية 

وهى وسيلة هامة لتحليل النص والتعرف على الصفات النفسية لمرسل الرسالة أو التعرف على جوانب الثقافة والتغير الثقافى وفى الوصول إلى استنتاجات عن أثر الرسالة عن المستقبل بتحليل رسالات المرسل ورسالات المستقبل فى الرد عليه.

 
Anyone in the world

فى علوم الإتصال هو كل ما يقوله الفرد من عبارات أو ما يكتبه أو ما يرمز إليه والمعلومات التى تقدم والإستنتاجات التى يخرج بها والأحكام التى يقترح لها أهدافا اتصالية مع الآخرين.

 
منى احمد احمد محمد عافية .
by منى احمد احمد محمد عافية . - Saturday, 3 December 2022, 2:53 PM
Anyone in the world

هو عملية تستهدف إدراك الأشياء والظاهرات عن طريق فصل عناصر تلك الأشياء والظاهرات بعضها عن بعض ومعرفة الخصائص التى تمتاز بها هذه العناصر فضلا عن معرفة طبيعة العلاقات التى ترتبط بينها.

 
Anyone in the world

هو منهج وطريقة بحث تستعمل فى العلوم الإنسانية بصفة عامة كعلم النفس وعلوم التربية وعلم الإجتماع والإتصال ......إلخ

وهو أداة قيمة فى أيدى الباحثين للإجابة على العديد من التساؤلات والإشكاليات المطروحة بطريقة منهجية ومنظمة.

هو طريقة بحث بل منهج يمكن الإعتماد عليه فى الدراسات الإجتماعية والتربوية والنفسية على أن تكون بطريقة موضوعية منظمة كميا ونوعيا تهدف إلى خدمة أغراض البحث العلمى.

هو عبارة عن طرقة بحث يتم تطبيقها من أجل الوصول إلى وصف كمى هادف ومنظم لمحتوى أسلوب الإتصال.

 
Anyone in the world

تقنية للبحث تهدف إلى الوصف الموضوعى والمنظم والكمى للمحتوى الظاهر للإتصال

تعريف كيرلنجر 

هو منهج لدراسة الإتصال وتحليله بطريقة منتظمة وموضوعية وكمية بهدف قياس المتغيرات

 
Anyone in the world

Name of Course: Food Microbiology

Course code: BINU 313

Credit : 2 (2 hours lecture and discussion per week)

Academic Year : 2019/2020

Semester : 5

Pre-requisite : BINU 211  Microbiology

                         BINU 211   Bacteriology

Course Coordinator : Prof.Dr. Hanem abd EL-Sabour

                                      Dr. Radwa Waheed and Dr. Nourhan Gamal


Course content:

•Types of microorganisms important in food microbiology.
•Physiological characteristics and industrial importance of each type.
•General principles of food preservation.
•Methods of food preservation from microbial decomposition:
1.Asepsis
2.Removal of microorganism
3.Maintenance of anaerobic conditions
4.Preservation by use of high temperature
5.Preservation by use of low temperature
6.Preservation by drying
7.Preservation by food additives
•Factors affecting the growth of microorganisms in food.
•Contamination and spoilage of different kinds of food.

Learning objectives:

At the end of this course the students should be able to:

•State the theories, facts, concepts, and fundamentals related to food microbiology.
•Identify the microorganisms important in food microbiology
•Describe the factors affecting the growth of microorganisms in foods.
•Describe the genera of bacteria important in food microbiology.
•Understand the chemical changes that occur in foods.
• Define general principles and methods of food preservation.
• Recognize the contamination and spoilage of different foods.


[ Modified: Monday, 12 September 2022, 4:08 PM ]
 
Anyone in the world

Name of Course: Human Pathology and Free Radicals

Course code: BINU 313

Credit : 2 (2 hours lecture and discussion per week)

Academic Year : 2019/2020

Semester : 5

Course Coordinator : Prof. Dr. Fatma Abd EL-Hamid

                                      Dr. Shaimaa EL-Masry and Dr. Nourhan Gamal

Day and Time : Thursday, 12:00-2:00 pm

Course content:

1- Introduction to the relation between free radicals and human diseases.

2- Reactive oxygen species and free radicals.

3- Physiological function of ROS.

4- Antioxidant system.

5- Oxidative stress and human diseases.

•Role of free radicals in Cancer diseases.
•Role of free radicals in Alzheimer diseases.
•Role of free radicals in Parkinson diseases.
•Role of free radicals in lung disease.

Learning objectives:

At the end of this course the students should be able to:

•Recognize the source of free radicals in the body and its relation to the human pathology and development of some diseases.
•Illustrate the mechanisms of the metabolic reactions of free radicals and its relation to human diseases.
•Differentiate between external and internal sources of free radicals.
•Identify the antioxidant system and its role in the detoxification and inactivation of free radical and reactive species.
•Conclude the effect of human antioxidant system on protection against oxidative stress-related diseases.
•Relate the oxidative stress to the different human diseases.



[ Modified: Monday, 12 September 2022, 4:08 PM ]
 
Anyone in the world

content of the biostatistical course and objective learning of each chapter 

[ Modified: Monday, 29 March 2021, 3:08 AM ]
 
Anyone in the world

I. Atomic Physics

By Prof. A.A. Soliman, Physics department of Women College for art, Science, and education of Ain Shams University.

 II. Prerequisite Course or Knowledge

Before you start this Course, you are expected to be familiar with pre-university calculus, geometry and to have done General Physics Courses 1 & 2, [codes, phy.101 &102].

 

III. Time

You are expected to spend 2 Credit hrs. Lecture + 1 Credit hr. Practical. / week, all 14 weeks long on this course [session interval]. You should share the time allocation such that Learning Activities. This works out to be 10 weeks for Atomic Models, Spectra and Structure, 2 weeks for X-Rays, and 2 weeks for Laser Chapter's.

 

IV. Material

The following list identifies and describes the equipment necessary for all the activities in this course. The quantities listed are required for each group.

1. Computer (With Internet Access): - A personal computer with word processing and spreadsheet software

2. Periodic Table of Elements: -

3. prepared course notes for each student -

 

V. Course Rationale

Atomic physics may loosely be defined as the scientific study of the structure of the atom, its energy states, and its interactions with other particles and fields. Learning Atomic Physics is important not only for understanding the physics of the atom but also the technological applications thereof. For example, the fact that each element has its own characteristic “fingerprint” spectrum has contributed significantly to advances in material science and in cosmology.

 

 


[ Modified: Monday, 12 September 2022, 4:09 PM ]