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تصفح المحتوي RDA
التصفح حسب الموضوعات
التصفح حسب اللغة
التصفح حسب الناشر
التصفح حسب تاريخ النشر
التصفح حسب مكان النشر
التصفح حسب المؤلفين
تصفح الهيئات
التصفح المؤتمرات
التصفح حسب نوع المادة
التصفح حسب العلاقة بالعمل
تم العثور علي : 124
 تم العثور علي : 124
  
 
إعادة البحث

Book 2001.
ISBN: 996035492x

Thesis 2024

Articles 2023
وفي دراستنا الحالية، كان عملناعلى النحو التالي:-
إعداد المستخلص الميثانولي الخام من لب فاكهة نبات الحنظل.
أستحداث الأرتفاع الملحوظ لمستوي حمض اليوريك بالدم وبعض مشاكل النقرس وهي الألتهابات المفصلية االحاد والمزمنة في ذكور الجرذان من خلال حقنها ب 250 مجم / كجم / يوم من أوكسونات البوتاسيوم لمدة سبعة أيام متواصلة من المدة التجريبية المحددة للتجربة.
أستخدام 100 مجم / كجم / يوم من المستخلص الكحولي للب فاكهة نبات الحنظل و 10 مجم / كجم / يوم من الألبيورينول كعلاج لمدة 14 يوم للتحقق من الخصائص العلاجية لكليهما نحو علاج العرض الأكثر أنتشارا لمسببات النقرس وهو الأرتفاع الحاد لمستويات حمض اليوريك بالدم.
وكان الهدف من هذه الدراسة تقييم فعالية وكفاءة مستخلص نبات الحنظل و الألبيورينول على نموذج من ذكور الجرذان تم أستحداث فيها أعراض وملامح مرض النقرس من خلال.
تحديد معدلات تورم مفصل الكاحل (٪) خلال سبعة أيام بعد الحقن ب 250 مجم / كجم / يوم من أكسونات البوتاسيوم.
تحديد مستويات حمض اليوريك بالدم.
تحديد مستويات وكفائة بعض المتغيرات المسببة لتلف بالخلايا أو المضادة للأكسدة و تشمل TBARS/MDA ، XOD ، GSHPx و SOD.
تحديد مستويات التغيير في التعبير الجيني النسبي للناقلات الكلوية لل يوريك (mRNA URAT1 و mRNA GLUT9 ( والتي تعتبر المختصة بأعاده أمتصاص وأسترجاع اليوريك للدم مره أخري.
الفحص الميكرسكوبي لتقييم عينات أنسجة الكبد ومفصل الكاحل في مجموعات الجرذان التجريبية المختلفة.
في الختام ، أوضحت هذه الدراسة أن تناول 100 مجمم / كجمم / يوم من المستخلص الميثانولي الخام للب فاكهة نبات الحنظل لمدة 14 يومً مستمرة قد أظهرت نتائج ملحوظة لمعالجة الأرتفاع الملحوظ ل حمض اليوريك في الدم وبعض مضادات الأكسدة في نموذج الالتهاب المفصلي النقرسي الحاد في ذكور الجرذان. حيث أستطاع نبات الحنظل بشكل ملحوظ تقليل مستويات تورم مفصل الكاحل%
- خفض معدلات التعبير الجيني النسبي للناقلات والمختصة بأعاده الأمتصاص لحمض اليوريك و الزياده الملحوظه لنشاط بعض مضادات الأكسده.
علاوة علي ذلك
- أدي تناول المستخلص الميثانولي الخام لنبات الحنظل الي تحسين وظائف الكبد من خلال تقييم التصوير الميكرسكوبي لقطاعات متعددة ومختلفة لأنسجة الكبد وأيضا من خلال تحسين المستوي الكلي للبروتين بالدم.
وأيضا أثبتت الجرعه المقررة بهذة الدراسة لمستخلص نبات الحنظل أنها لها قدره علاجية و أستشفائية قد ظهرت من خلال الفحص الميكرسكوبي لقطاعات متعددة ومختلفة لخلايا الكبد ومفصل الكاحل للجرذان المستحدثة بالنقرص مقارنتا بالألبيورينول
(vol. 46 (Septembre 2023 /

Book 1999
ISBN: 8886211848 ,9788886211840

Thesis 2018

Thesis 2015

Thesis 2018

Thesis 2022.

Thesis 2020

Thesis 2022
CONTENTS
Page
LIST OF TABLES III
INTRODUCTION 1
REVIEWOF LITERATURE 6
1. Effect of Potassium humate on growth
- yield and fruit quality 6
1.1. Effect of Potassium humate on vegetative growth and leaf mineral content
7
1.2. Effect of Potassium humate on yield and fruit quality 9
2. Effect of Magnetic Iron on growth
- yield and fruit quality 10
2.1. Effect of Magnetic Iron on vegetative growth and leaf mineral content
11
2.2. Effect of Magnetic Iron on yield and fruit quality 12
3. Effect of Cobalt on growth
- yield and fruit quality 14
3.1. Effect of Cobalt on vegetative growth and leaf mineral content 15
3.2. Effect of Cobalt on yield and fruit quality 16
4. Effect of Potassium silicate on growth
- yield and fruit quality 18
4.1. Effect of Potassium silicate on vegetative growthand leaf mineral content
20
4.2. Effect of potassium silicate on yield and fruit quality 20
MATERIALS AND METHODS 22
RESULTS AND DISCUSSION 31
First experiment: Effect of soil application with potassium humate & magnetite and cobalt foliar application of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons
31
4.1. Vegetative growth parameters 31
4.2. Yield parameters 40
4.3. Fruit quality 44
4.3.1. Fruit physical properties 44
4.3.2. Fruit chemical properties 55
4.4. Leaf mineral content 62
4.5. Leaf chemical properties 82
Second experiment: Effect of soil application with potassium humate & magnetite and potassium silicate foliar application of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons
88
4.1. Vegetative growth parameters 88
4.2. Yield parameters 95
4.3. Fruit quality 99
4.3.1. Fruit physical properties 99
4.3.2. Fruit chemical properties 110
4.4. Leaf mineral content 117
4.5. Leaf chemical properties 137
SUMMARY 145
REFERENCES 156
ARABIC SUMMARY



LIST OF TABLES
Table No. Page
1 Physical analysis of the experimental soil 24
2 Chemical analysis of the experimental soil 24
3 Chemical analysis of water used for irrigation 25
4 Effect of soil application with potassium humate & magnetite and cobalt foliar application on the number of new shoots / labeled shoot
- length of new shoot and No. of leaves /new shoot of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 34
5 Effect of soil application with potassium humate & magnetite and cobalt foliar application on the SPAD reading and leaf dry matter of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 37
6 Effect of soil application with potassium humate & magnetite and cobalt foliar application on the fruit No. /tree and fruit weight of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 41
7 Effect of soil application with potassium humate & magnetite and cobalt foliar application soil application on yield / tree and yield / feddan of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 43
8 Effect of soil application with potassium humate & magnetite and cobalt foliar application on the fruit length
- fruit width and fruit shape index of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 45
9 Effect of soil application with potassium humate & magnetite and cobalt foliar application on fruit thickness and fruit volume of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 48
10 Effect of soil application with potassium humate & magnetite and cobalt foliar application on the peel weight
- seed weight and pulp weight of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 51
11 Effect of soil application with potassium humate & magnetite and cobalt foliar application on the pulp percentage
- pulp / peel Ratio and pulp /seed Ratio of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 54
12 Effect of soil application with potassium humate & magnetite and cobalt foliar application on total sugars
- reducing sugars and non-reducing sugars in fruit of mango “Fagri Kalan” fruit cultivar during 2018 - 2019 and 2020 seasons. 57
13 Effect of soil application with potassium humate & magnetite and cobalt foliar application on total soluble solids
- total acidity and TSS/Acid Ratio in fruit of mango “Fagri Kalan” fruit cultivar during 2018 - 2019 and 2020 seasons. 60
14 Effect of soil application with potassium humate & magnetite and cobalt foliar application and on nitrogen
- phosphorus and potassium content in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 64
15 Effect of soil application with potassium humate & magnetite and cobalt foliar application on calcium
- magnesium and silicon content in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 67
16 Effect of soil application with potassium humate & magnetite and cobalt foliar application on zinc
- manganese and copper content in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 70
17 Effect of soil application with potassium humate & magnetite and cobalt foliar application on boron
- cobalt and iron content in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 73
18 Effect of soil application with potassium humate & magnetite and cobalt foliar application on sodium and chloride content in leaves of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 75
19 Effect of soil application with potassium humate & magnetite and cobalt foliar application on Na/K
- Na/Ca and Na/Mg Ratio in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 78
20 Effect of soil application with potassium humate & magnetite and cobalt foliar application on cobalt content in dry fruit pulp
- peel and fruit pulp dry matter of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 81
21 Effect of soil application with potassium humate & magnetite and cobalt foliar application and on protein
- polyphenol oxidase (PPO) - and peroxidase - (POD) in leave of mango “Fagri Kalan” fruit cultivar during 2018 - 2019 and 2020 seasons. 84
22 Effect of soil application with potassium humate & magnetite and cobalt foliar application on the leaf proline content of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 86
23 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on the number of new shoots / labeled shoot
- length of new shoot and No. of leaves/new shoot of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 90

24 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on the SPAD reading and leaf dry matter of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 93
25 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on the fruit No. /tree and fruit weight of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 96
26 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application soil application on yield / tree and yield / feddan of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 98
27 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on the fruit length
- fruit width and fruit shape index of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 101
28 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on fruit thickness and fruit volume of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 103
29 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on the peel weight
- seed weight and pulp weight of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 106
30 Effect of soil application with potassium humate & magnetite and cobalt foliar application on the pulp percentage
- pulp / peel Ratio and pulp /seed Ratio of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 109
31
Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on total sugars
- reducing sugars and non-reducing sugars in fruit of mango “Fagri Kalan” fruit cultivar during 2018 - 2019 and 2020 seasons.
112
32 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on total soluble solids
- total acidity and TSS/Acid Ratio in fruit of mango “Fagri Kalan” fruit cultivar during 2018 - 2019 and 2020 seasons. 115
33 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application and on nitrogen
- phosphorus and potassium content in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 119
34 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on calcium
- magnesium and silicon content in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 122
35 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on zinc
- manganese and copper content in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 125
36 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on boron
- cobalt and iron content in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 128
37 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on sodium and chloride content in leaves of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 130

38 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on Na/K
- Na/Ca and Na/Mg Ratio in leaves of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 133
39 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on cobalt content in dry fruit pulp
- peel and fruit pulp dry matter of mango “Fagri Kalan” cultivar during 2018 - 2019 and 2020 seasons. 136
40 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application and on protein
- polyphenol oxidase (PPO) - and peroxidase - (POD) in leave of mango “Fagri Kalan” fruit cultivar during 2018 - 2019 and 2020 seasons. 139
41 Effect of soil application with potassium humate & magnetite and potassium silicate foliar application on the leaf proline content of mango “Fagri Kalan” cultivar during 2018
- 2019 and 2020 seasons. 141


من 13
 







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