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غالب کے خطوط

تعارف پس منظر:
غالب کے آباؤ اجداد ترکی سے تعلق رکھتے تھے اور ان کا شمار ایبک قوم سے تھا۔غالب کے دادا قوقان بیگ ہندوستان ہجرت کر کے آئے۔یہ دور مغلیہ سلطنت کے زوال کا دور تھا۔
پیدائش:
۷۲ دسمبر ۷۹۷ ۱ء کو آگرہ میں پیدا ہوئے ان کا پورا نام بمع خطا بات مرزا اسد اللہ خان غالب (تخلص /خطاب) نجم الدولہ دبیر الملک نظام جنگ بہادرعرف مرزا نوشہ تھا۔والد کے انتقال کے بعد چچا نصراللہ بیگ نے پرورش کی آٹھ سال کی عمر میں چچا بھی وفات پا گئے۔ ان کی وفات کے بعد ننھیال رہنے لگے۔
ازدواجی زندگی:
۳۱ برس کی عمر میں نواب احمد بخش خان کے چھوٹے بھائی نواب الہی بخش خان معروف کی ۱۱سالہ لڑکی امراؤ بیگم سے شادی ہوئی۔ اللہ نے سات بچوں سے نوازا لیکن وہ سبھی بچپن میں وفات پا گئے اور بیگم کا بھی انتقال ہو گیا۔غالب ۱۵ فروری ۱۹۶۹ ء میں ۷۲ برس کی عمر میں ظہر کے وقت انتقال کر گئے۔
ابتدائی حالات:
غالب جس دور سے تعلق رکھتے ہیں وہ مسلمانوں کے زوال کا دور ہے اس وقت حکومت کا مرکز دلی تھا۔اس دور میں بادشاہوں کی حیثیت بہت معمولی ہو گئی تھی مغل بادشاہ شطرنج کا مہر بن گئے اور آہستہ آہستہ سکھو ں،جاٹوں اور روہیلوں نے زور پکڑنا شروع کیا اور اس حکومت کو گرانے میں اہم کردار ادا کیا۔ ۱۷۳۹ء میں نادر شاہ نے دلی پر حملہ کیا۔۱۷۴۸ء سے لے کر ۱۷۶۱ء تک احمد شاہ ابدالی نے بہت سے حملے کیے اور مغلوں کی رہی سہی طاقت بھی ختم کر دی۔ احمد شاہ ابدالی نے ان حملوں میں مرہٹوں کی کمر توڑ کر رکھ دی۔اس سیاسی تاریخی پس منظر میں غالب نے ہوش سنبھالا غالب کا تعلق رئیس لوگوں کے ساتھ تھا ان کی پہنچ بادشاہوں کے دربار تک تھی۔
تہذیبی...

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This paper highlights and provides the reader with comprehensive view of the treatment of loans from the Riba-based banks in the West. It deals with the "rule of buying houses for housing through the loan from the Riba-based bank for Muslim minorities" and some of the issues that are presented to the Muslim, Issues associated to this subject. This discussion is followed through a number of suggestions to redress these problems

Molecular Mapping of Na + Accumulation Quantitative Trait Loci Qtls in Rice Oryza Sativa L. under Salt Stress

A mapping population of recombinant inbred lines (RILs) derived from the cross between Co39 (lowland, Indica rice cultivar) and Moroberekan (upland, Japonica) was used, in two experiments to map QTLs associated with salt tolerance, particularly, ion accumulation under salinity stress by composite interval mapping (CIM). In QTL mapping study-I, plants were transplanted in compost filled pots and exposed to non saline and saline treatments (100 mol m -3 NaCl + 5 mol m -3 CaCl 2 ) in a flood bench system and data were recorded for various physiological and morphological parameters at different exposure times to salt stress. There were three replications in mapping study-I. The plants were grown only at 100 mol m -3 NaCl + 5 mol m -3 CaCl 2 salt stress in mapping study-II, with three replications. QTL mapping study-I used 32 RILs, whereas, in study-II a total of 120 RILs were evaluated for phenotypic response. The integrated genetic map of rice chromosome-1, consisting of 45 molecular markers had a distance of 201.2 cM with an average interval of 4.57 cM between markers, saturating a region that has previously been identified as a hot-spot for ion accumulation QTLs. In mapping study-II, Na + , K + concentration and K + /Na + ratio in the sap of different parts of the plant were recorded at 7 and 21 days of salt stress. A total of 38 QTLs for ion accumulation were detected in the 80 to 101 cM region of the genetic map of chromosome-1. We identified three separate regions that were active in controlling ion concentration at 21 days of salt stress, suggesting that a minimum of three different genes were acting to regulate leaf sap ion concentrations. QTLs for various physiological and morphological traits associated with salt tolerance were also detected on other chromosomes of rice. In mapping study-I, 6QTLs for Na + in expanded leaf were detected on chrom.1 (2QTLs), 2 (1QTL), 3 (1QTL) and 9 (2QTLs), whereas, 4QTLs were found on chrom.1 at 21 days salt stress in mapping study-II. Similarly, 6QTLs for K + in expanded leaf were detected on chrom.1 (1QTL), 2 (1QTL), 6 (1QTL), 7 (1QTL) and 9 (2QTLs), whereas, no QTL was identified in mapping study-II at 21 days salt stress. Regarding, K + /Na + ratio of expanded leaf 5QTLs were detected on chrom.1 (4QTLs) and 12 (1QTLs) in mapping study-I, whereas, 4QTLs were identified on chrom.1 at 21 days salt stress in mapping study-II. QTLs for these traits were also detected in other tissue types in mapping study-II. The QTLs for Na + accumulation were detected at different regions under salt stress and non stress conditions suggesting that same genes are not involved in the control of ions under salt stress and non stress conditions. Moroberekan alleles at most of the loci increase Na + and decrease K + conc. in the leaf sap under salt stress. The markers RM10710, RM8094, K061, RM3412 and RM493 are important for salt tolerance on chromosome-1 because of the presence of consistent QTLs for K + and Na + accumulation in this region. The relationship is also discussed between these QTLs and others such as Saltol, SalT, SKC-1 etc. reported by different authors. QTL for days to heading were also found under non saline conditions.
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