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Home > Geology and Petrology of the Hari Chand Ultramafic Complex, Malakand Agency, Pakistan

Geology and Petrology of the Hari Chand Ultramafic Complex, Malakand Agency, Pakistan

Thesis Info

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Author

Hussain, Ijaz

Program

PhD

Institute

University of the Punjab

City

Lahore

Province

Punjab

Country

Pakistan

Thesis Completing Year

1973

Thesis Completion Status

Completed

Subject

History & geography

Language

English

Link

http://prr.hec.gov.pk/jspui/bitstream/123456789/3852/1/1635.pdf

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676724732359

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۵۴ جیالے

54جیالے

5مارچ 1985ء ناصر بلوچ کی پھانسی اوور کوٹ لکھپت جیل میں الذوالفقار سازش کیس میں 54چیئر مین بھٹو شہید کے جیالوں کو سزائے موت پھر عمر قید میں تبدیلی ۔

(پاکستان کی سیاسی تاریخ کے سب سے بڑے سیاسی مقدمے کا آغاز بھی تین سیاسی کارکنوں ادریس بیگ شہید عثمان غنی شہید و ادریس طوطی شہید کو پھانسی لگا کر کیا گیا فیصلے کے دن بھی ناصر بلوچ کو پھانسی دی گئی ۔

4/5مارچ 1985ء کی درمیانی شب تھی صبح ہماری ملاقات کا دن تھا ۔جوکہ ہفتے میں ایک بار 30منٹ کے لیے ہوتی تھی ۔میں اپنیسیل میں بیٹھا سر پر تیل کی مالش کر رہا تھا کہ ثقلین شاہ (چیف چیکر جو جیل کے تمام احاطوں کا انجارج ہو تا ہے )معمول کی گشت پر میرے کمرے کے سامنے سے گزرتے ہوئے رک گیا ۔ثقلین شاہ جیل کے اچھے افسروں میں شامل تھا ۔وہ چیئر مین بھٹو شہید کا ہمدردتو تھا ایک واقعہ کے بعد گرویدہ ہو گیا یوںکہ ہمارے مقدمے کی سماعت کے دوران محرم کا مہینہ آ گیا ۔

ہم 54ساتھیوں کو پھانسی پہرہ بلاک نمبر دو سے سپیشل ملٹری کورٹ لے جایا جا تا تھا جو کہ جیل کے آخری کونے میں جہاں فیکٹری تھی وہاں خصوصی طور پر نئی تعمیر کی گئی عمارت تھی ۔ایک بہت بڑا ہال جس میں بیٹھنے کیے لیے لکڑی کے بینچ اور سامنے جج ایک برگیڈئیر ایک کرنل ایک مجسٹریٹ اور اس کا عملہ ۔درمیان میں دس فٹ کا جنگلہ تاکہ ہم جج پر حملہ نہ کر سکیں ۔برگیڈئیر سے بات کر نے کے لیے سپیکر اور مائیک کا استعمال ہو تا محرم الحرام میں جب ہمیں فوجی عدالت میں لے جا یا جا تا تو 54قیدیوں کو بیڑیاں لگی...

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A Comparative Review of Divorce in Islam and Judaism The theme of exchange among religions and similar investigation of religions has turned out to be significant in the current time. Many religious scholars have presented a comparative overview of the subject of many commandments and beliefs in religions, but the issue of divorce in Jews and Islam as a regular subject is almost never discussed. Although it is mentioned as an ancillary subject, such books were written on the topics of marriage and divorce in world religions. But question is, why is divorce comparative review important in Judaism and Islam? Because most of the believers in Islam and Judaism are based on their religious teachings and worried about the problem of rising numbers of divorces. According to the principles of comparative study the researchers have tried to do work on this topic in an objective manner. Finally, it has been concluded that the teachings of these two religions are in principle quite alike. While there is some disagreement on the side issues that open the door to mutual dialogue, it is possible that through comparative research on other topics between these two religions is conducted it will provide further avenues of dialogue and mutual understanding between two major revealed religious traditions.

Genomic and Proteomic Analysis of Indigenous Bacteria under the Stress of Selected Micropollutants

Micropollutants are harmful for human health, therefore, this study was undertaken to address the concerns of micropollutant contamination of the environment. Inadequate biological information or molecular understanding of the cellular responses underpinning bacterial bioremediation hampers site-specific mineralization. It is necessary to generate information related to pollutant attenuating microorganisms and biotransforming genes as well as related phenomenon which could impact remediation. This work is an attempt to provide information necessary for a reliable evaluation of the state of the internal cellular environment as well as baseline information for crafting bioremediation strategies. Autocthonous bacteria were screened for their ability to resist pollutants and two bacteria, belonging to phylum Proteobacteria were studied at genome scale. Democratization of genome sequencing has made bacterial genomics a mature and easy approach for researchers from interdisciplinary fields like environment, evolution and scientists working in the biomedical disciplines. Whole genome sequencing of two isolates Alcaligenes faecalis strain MB207 and Serratia nematodiphila MB307 was attempted to provide a genomic foundation for micropollutant attenuation by these organisms. Genome sizes were roughly 4.16 (with 3749 protein coding genes) and 5.16 MB (with 4794 protein coding genes) for Alcaligenes faecalis MB207 and Serratia nematodiphila MB307, respectively. Both isolates yielded numerous gene sequences (such as monooxyenases, dioxygenases, azoreductases, peroxidases, metal resistance, porins etc.) with bioremediation potential. Pathways for biodegradation were searched in the KEGG database and 225 genes in Serratia nematodiphila MB307 while 201 genes in Alcaligenes faecalis MB207 were linked with microbial metabolism in varied environments. Whole genome analysis marked Alcaligenes faecalis strain MB207 and Serratia nematodiphila MB307 as prospective eco-friendly bacteria, provided their nutritional and physiological requirements are met for proper functioning of biotransformation pathways. Occurrence of metal resistance genes with antibiotic and biocide resistance DNA segments depicted a co-selection and common regulatory mechanism of these genes, which needs to be further explored. Availability of the sequence data in public genome repository of NCBI is also useful for future researchers to explore enzymes and apparatus for sustainable environmental clean-up. One isolate, identified as Serratia nematodiphila was found to have remarkable attenuation properties and further exploited for metabolite production and functional genomic/proteomic analysis under pollutant stress. Some novel metabolites were obtained which depict new or xiv evolved pathways in Serratia nematodiphila MB307 for biotransformation. A global view of the proteins was obtained which complemented genomic information. Differential regulation of several proteins was observed in the whole cell as well as in the enriched membrane fraction when subjected to 100 μg/ml pollutant for 24 hours. Numerous ribosomal proteins and chaperones were 2-fold differentially regulated during pollutant stress. This depicted either a change in protein production required to combat stress or utilization of energy for survival at the cost of cell growth/division. Although there were some common proteins differentially regulated under different type of stresses, a common pattern for pollution resistance could not be deciphered, depicting different mechanisms of coping with each class of pollutant (i.e. metals, azo dyes and pharmaceutical). Comparison with other related studies led to several interesting findings and made the study concurrently deeper as well as diffused, warranting more research in this domain. Indigenous bacteria are physiologically and genetically acclimatized to their surroundings and help detoxify the polluted environment in an efficient manner. This study sheds light on molecular mechanism of their catabolic traits as well as proteome rewiring behind their adaptation to stressed surroundings and biotransformation of environmental contaminants. Obtained results pave way for further systematic investigation (such as linking time resolved metabolome with degradation genes/pathways). Evolution of co-resistance and stress signatures of these biotopes after intermittent and prolonged pollutant exposure also needs to be studied.