روہی دی سیر
ایہہ روہی من نوں ٹھاردی اے
جیویں صورت سوہنے یار دی اے
دل روہی وچ رہ جاندا اے
جد درشن ایہدا پاندا اے
تک ساون مینہ برساندا اے
ہر پاسے رُت بہار دی اے
کِتے چھیڑ اُوٹھاں دے چردے نیں
کِتے ہرن پئے شوخیاں کردے نیں
ٹوبھے پانی نال بھردے نیں
ایہہ دھرتی چین قرار دی اے
روہی چنن پیر دا میلہ اے
آیا جہلموں پیر روہیلا اے
اوہدے کرم دا آیا ریلا اے
کھلی قسمت ایس بیمار دی اے
ایہہ روہی من نوں بھاندی اے
ایہہ دکھڑے دور ہٹاندی اے
ایہہ سجناں دی یاد دیواندی اے
سجناں نوں روز پکاردی اے
روہی دی روش انوکھی اے
چھک دل نوں پاندی چوکھی اے
روہی دی سیر نہ سوکھی اے
جٹی فیر نہ ہمت ہاردی اے
روہی دیاں جٹیاں بھلیاں نیں
ایہہ جٹیاں پھرن ہکلیاں نیں
ایہہ ددھ مکھناں دیاں پلیاں نیں
کوئی لوڑ ناں ہار سنگار دی اے
روہی دے لوگ رنگیلے نیں
مٹھے بول تے بڑے رسیلے نیں
پئے سوہندے ٹبے ٹیلے نیں
جٹی ہس ہس وقت گزاردی اے
روہی وچ بکریاں چردیاں نیں
مٹیاراں مٹکے بھردیاں نیں
ایہہ خواجہ فریدؒ دی بردیاں نیں
روہی خواجہ سرکارؒ دی اے
روہی وچ چین قرار ملے
اک وار نہیں ، سو وار ملے
اقبالؔ دعا منگ یار ملے
رحمت پئی ٹھاٹھاں ماردی اے
It’s always the people who define the status of a society. If the people of a society are civilized, the society will be called an ideal society. Moral reforms and behavioural therapy of individuals of the society are basic factors to establish an ideal society. Such an ideal society was established by Prophet Muḥammad (P.B.U.H) in Madina where he laid the foundations of brotherhood and equality among citizens of that state. He showed tolerance towards people belonging to different religions by protecting all their human rights and by providing indiscriminate and quick justice. He not only made the social institutions strong but also developed a history of human civilization. We simply need to work on our moral values and behaviours. We should study the daily life of Muḥammad (P.B.U.H) and mould our lives according to that. Dire need of the modern world is the rectification of human behavior in the light of the ideal life of Muḥammad (P.B.U.H). It will give an opportunity to breathe the same spirit into the contemporary social attitudes so that our society may become peaceful.
Seed priming is used to regulate germination and manages the seed moisture and temperature, and for this purpose, the seed is taken in the first biochemical processes at early stages of germination and is an important process to develop food crops with enhanced nutritional values. Momordica charantia is an economically important medicinal plant reported for a range of pharmaceutical and pharmacological properties. In this study, some priming treatments with optimized conditions were applied such as physical priming (50 mT/5 mm/5sec, 100 mT/5 mm/5sec, 150 mT/5 mm/5sec), bio priming with bacterial strain FD17 (24 hours, 48 hours and 72 hours), amino acids treatment (tyrosine 0.1%, 0.2% and 0.3% solution) and chemical priming with zinc sulphate (0.1%, 0.2% and 0.3% solution) to M. charantia seeds. M. charantia seeds primed with treatments, control primed and hydro primed (control with water). Plants were grown in natural environmental conditions in the field. All treatments were compared for their impacts on plant growth. To improve seedling, parameters with the help of seed priming with different priming treatments such as magnetic, bacterial, tyrosine and ZnSO4 which are cost-effective, economic, non-toxic and eco-friendly sources were also applied. All applications enhanced fruit metabolizable energy, total soluble sugars, and proteins. With minor variations, free amino acids and peroxidase activity were also improved in treated plants. Other nutritive components if not improved even showed maintenance in fruits of treated plants indicating that no treatment was with any dire risk of nutritive loss. Antiglycation activity was improved in tyrosine and bacterial strain FD17 treatment. Further, the antiglycation potential of tyrosine treated plants showed a direct correlation with vanillic acid, ferulic acid, syringic acid and sinapic acid. Whereas, FD17 primed plants for their antiglycation ability were directly correlated with coumaric acid and chlorogenic acid. Expression of a hypoglycemic polypeptide-P from treated samples was checked through quantitative Real-Time PCR (RT-qPCR) and found maximum in FD17 treated sample.