Search or add a thesis

Advanced Search (Beta)
Home > In-Silico and Neuroprotective Effects and Celecoxib Again Ethanol Induced Neurodegeneration in Adult Rat Brain

In-Silico and Neuroprotective Effects and Celecoxib Again Ethanol Induced Neurodegeneration in Adult Rat Brain

Thesis Info

Author

Zain Ul Abedin, Muhammad

Supervisor

Fawad Ali Shah

Program

MA

Institute

Riphah International University

Institute Type

Private

City

Islamabad

Country

Pakistan

Thesis Completing Year

2018

Thesis Completion Status

Completed

Page

viii, 37 .: ill. (Col). ; 30 cm. +CD

Subject

Medicine & Health

Language

English

Other

A thesis submitted in partial fulfillment of the requirements for the degree of Master of philosophy; Includes bibliographic references;; English; Call No: 615.1 ZAI

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676711992368

Asian Research Index Whatsapp Chanel
Asian Research Index Whatsapp Chanel

Join our Whatsapp Channel to get regular updates.

Similar


Loading...
Loading...

Similar Books

Loading...

Similar Chapters

Loading...

Similar News

Loading...

Similar Articles

Loading...

Similar Article Headings

Loading...

مزاجِ وقت دیکھو، وقت کی رفتار کو دیکھو

مزاجِ وقت دیکھو وقت کی رفتار تو دیکھو
لکھا ہے کیا سرِ دیوار تم دیوار تو دیکھو

مقدر میں یہی لکھا تھا یہ بھی ٹھیک ہے لیکن
سبب کچھ اور بھی ہو گا تم اپنی ہار تو دیکھو

اے حاکم تجھ پہ لازم ہے نگہ بانی رعایا کی
کہ اس کی مفلسی اور اس کا حالِ زار تو دیکھو

نہیں تیار خلقت کیوں تمھاری بات سننے کو
خدا کے واسطے اس خلق کا انکار تو دیکھو

اگر وہ باوفا ہوتا ، کبھی ایسا نہیں کرتا
صفِ دشمن میں جا بیٹھا ہے میرا یار تو دیکھو

خدا کا شکر کرتا ہے ادا دردِ محبت پر
ہُوا ہے محوِ سجدہ عشق کا بیمار تو دیکھو

تمھارا نام جپتا ہے فقط تائبؔ تمھارا ہے
تم اس کی چاہ تو دیکھو، تم اس کا پیار تو دیکھو

صحتِ انسانی اور صحت مند ماحول میں نباتات کا کردار: سائنس اوراسلامی تعلیمات کے تناظر میں ایک مطالعہ

The research paper deals with role of plants in human health and healthy environment in the context of Qur'anic verses and science. The concept of growing plants for health rather than for food or fiber is slowly changing plant biotechnology and medicine. Rediscovery of the connection between plants and health is responsible for launching a new generation of botanical therapeutics that include plant-derived pharmaceuticals, multi component botanical drugs, dietary supplements, functional foods and plant-produced recombinant proteins. Many of these products will soon complement conventional pharmaceuticals in the treatment, prevention and diagnosis of diseases, while at the same time adding value to agriculture. Holy Quran describes the importance of rain as pure water to irrigate dead soil and emergence of life (plant’s growth) from the dead soil. Plants provide foods for human beings and are necessary for healthy environment. Man is an omnivore who gets his food from both plant and animal sources. However, for immediate energy, humans rely more on plant starches and soluble sugars, including glucose and edible sugar. Generally, our normal diet consists of rice or wheat bread which is a very important source of starch.  Sugar and fats are the two most important components of food managed by plants. Apart from this, the man manages vegetables and salads from plants which are the guarantors of his health/survival in modern times. There are many reasons for diversity in plants. The obvious reason is the chemistry of that particular piece of land, what kind of minerals/salts and other nutrients that land has and what types of plants can grow there in their presence. In this research written with a descriptive and analytical approach, it is proved that according to Quran and science plants have a great role in human health and healthy environment.

Resource Allocation in 5G Multi-Tier Networks

The evolving fifth-generation (5G) cellular networks are intended to overcome the basic challenges of current cellular networks, e.g., higher data-rates, lower latency, network capacity and energy-efficiency (EE). To meet these challenges, 5G networks need to adopt a multi-tier architecture containing different network tiers e.g., macrocells, different types of licensed small cells and device-to-device (D2D) communication to serve their intended users with different quality of service (QoS) demands in an energy-efficient and spectrum-efficient way. The coexistence of different network tiers can be more beneficial if they share the same resources. But, the coexistence of these tiers and sharing the same resources among them may result in severe interference which may degrade the performance of 5G networks. Therefore, a well capable centralized mechanism is required which can efficiently allocate resources to different network tiers in order to achieve the envisioned goals of 5G. To this end, cloud radio access networks (C-RANs) have been presented as effective solutions which can provide high EE, improved network capacity, high network sum-rate, high spectral efficiency and reduced operating expenditures. Therefore, we have combined the potentials of multi-tier architecture and C-RAN and have presented different resource allocation (RA) techniques. xi decomposed into three sub problems namely, sub-channel assignment problem, power allocation problem and RRH-association problem. A three step iterative technique is presented to solve these sub problems in an iterative manner such that sub-channel assignment and power allocation are carried out for the fixed RRH-association in the first and second steps, respectively while in the third step, RRH-association is performed. In addition, two heuristics algorithms for sub-channel assignment namely, individual sub-channel assignment (ISA) and sub-channels block assignment (SBA) algorithms are proposed. Finally, D2D communication enabled SC-FDMA based multi-tier C-RAN is considered and a joint mode selection, sub-channel assignment, power allocation and RRH-association (JMSPR) problem is formulated for EE maximization. The formulated joint optimization problem is MINLP and therefore, it is solved in two stages; mode selection stage and joint SAPARA stage. To solve the mode selection problem, a two-step iterative mode selection algorithm is presented which first identify the potential D2D communication pairs by defining the proximity of the transmitters and then enable D2D communication between the proximate users based on link quality. While, for joint SAPARA, a three-step iterative technique is presented. The performances of the above mentioned proposed techniques are evaluated via exhaustive simulations. It is shown that these techniques significantly enhance the performance of the corresponding multi-tier networks.