Search from the Journals, Articles, and Headings
Advanced Search (Beta)
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...

قدیم مصری عقاید اور جانور

قدیم مصری عقاید اور جانور

اس وقت مصریوں کا عقیدہ تھا کہ ابتدا سے آخر تک آسمان اور دریائے نیل ہی باقی بچ جانے والی سماوی مخلوق ہے ۔یہ تمام حیرت انگیز اجرام ِ فلکی محض اجرام نہیں بلکہ طاقتور روحوں اور ایسے دیوتائوں کی ظاہری صورتیں ہیں جن کے ارادے ہمیشہ یکساں نہیں ،یہ پیچیدہ اور مختلف تحریکوں کا حکم جاری کرتے رہتے ہیں ۔آسمان بذات خود ایک گنبد ہے جس کی وسعت کے پار عظیم گائے حت جور دیوی کھڑی ہے ۔زمین اس کے پیروں تلے تھی اور پیٹ پر دس ہزار ستاروں کا ملمع ،ایک مصری عقیدہ یہ بھی تھا کہ آسمان دیوتا سبو تھا ابیوت دیوی یعنی زمین کے اوپر دھیرے سے لیٹا ہے اور ان کی عظیم الجثہ مباشرت سے تمام چیزوں نے جنم لیا ۔

 دکتور محمود نے سامری کے بچھڑے والے بت پر ہاتھ رکھ کر کہا دکتور الطاف فرعونی ادوار میں جانور دیوتا زیادہ مقبول تھے مصریوں کے عبادت خانے ،سانڈ،مگر مچھ ، باز، گائے، ہنس ، بکرے،بلی، مینڈھے ،کتے ،مرغی ،ابابیل ،گیدڑ ،سانپ کی نسلوں سے بھرے پڑے تھے ۔ میں نے کہا ہندئوں اور مصریوں کے حوالے سے عقیدۂ تقدیس قریب قریب ہے ۔اس نے کہاں ہاں بہت مشابہت ہے ۔مگر مصری فرعون کے زمانے میں جانوروں سے جنسی اختلاط کے قائل تھے اور یہ عمل صرف مردوںکے لیے روانہ تھا بلکہ خوبصورت عورتیں مقدس بکروں کے ساتھ مجامعت کی خاطر پیش کی جاتی تھیں۔ بکرا اور سانڈ تخلیقی جنسی قوت کا نمائندہ تھا ۔ہندو عورتوںکی طرح مصری عورتیں بھی ان جانوروں کے اعضا کی ننگی شبیہیں مخصوص تہواروں میں اٹھاتیں اور ان سے رغبت اور محبت کا اظہار کرتیں ۔

عجائب گھر میں ملکی اوور غیر ملکی سیاحوں کے جتھوں کے جھتے داخل ہو رہے تھے...

Immunological memory as the fundamentals of vaccines Immunological memory and vaccines

The immune system also called as the defense system involves many different cells that work as soldiers in an individual. These immune cells provide protection against various pathogens. For better protection of an individual the immune systems has the ability to memorize or remember the pathogen. This ability is known as immunological memory. With the help of immunological memory the immune memory cells remember the antigen and are prepared if there is an encounter with the antigen in future. The immunological memory can be developed against certain strains with the help of different types of vaccines. Such types of vaccines that are currently being used to save lives are, Live attenuated vaccines, Toxoid vaccines, Subunit vaccines, Glyco-conjugated vaccines, and Killed/Inactivated vaccines. These vaccine show different efficiency. Hence, the immunological memory generated after a single vaccination may wear off with time. Multiple numbers of shots are required for the development of long term memory. All these types of vaccines vary from each other in their manufacturing and also in their mechanism of providing long term immunological memory. They show many pros and cons but their advantages are greater than their disadvantages. Thus, are preferred to be used for the betterment of mankind.   

Elucidating the Genetic Basis of Neurological Disorders in Pakistani Population

Human brain development is a complex process involving many cellular pathways. Pathogenic mutations in genes controlling as a whole or in parts, any of these cellular processes result in neurological disorders. It is basically due to defective signaling function in central or peripheral nervous system. The clinical features of such disorders are extremely diverse and overlapping, with even greater genetic heterogeneity. They may either be simple, having Mendelian inheritance or they may be complex. Genetic factors play very important role both in simple and complex neurological diseases. The consequences of such diseases are usually devastating both for affected individuals, their families and society, mainly by affecting the qualities which make human special as person; the character, memory, cognition, communication and skilled movements. In the present study, 11 consanguineous Pakistani families having neurological disorders of Mendelian inheritance were investigated using next generation sequencing (NGS) technologies. Rare and disease causing variants mostly occur in coding part of genome. Whole exome sequencing (WES) was used as a method of choice in the current study because of the heterogeneous nature of neurological disorders both clinically and genetically. Variants obtained from WES were prioritized based on their inheritance pattern, disease association, functional relevance and pathogenicity score as predicted by different bioinformatics tools such as Mutation Taster and PolyPhen-2. Segregation of all the variants were confirmed using Sanger sequencing. Ten novel and one already reported mutation were identified in this study. At present there are no effective treatment strategies available for most of these diseases. Therefore, identification of gene/s and pathogenic variant/s in these diseases will help understand underlying molecular mechanisms better, and lead to improved strategies both for genetic counseling and potential therapeutics
Asian Research Index Whatsapp Chanel
Asian Research Index Whatsapp Chanel

Join our Whatsapp Channel to get regular updates.