68 research outputs found
Supplementary_File_4_Cefotaxime - Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study
No full textSupplementary_File_4_Cefotaxime for Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study by Iram Malik, Muhammad Atif, Fatima Riaz, Saima Asghar and Nafees Ahmad in Therapeutic Innovation & Regulatory Science</p
Supplementary_File_3_Clarithromycin - Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study
No full textSupplementary_File_3_Clarithromycin for Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study by Iram Malik, Muhammad Atif, Fatima Riaz, Saima Asghar and Nafees Ahmad in Therapeutic Innovation & Regulatory Science</p
Supplementary_File_5_Metronidazole - Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study
No full textSupplementary_File_5_Metronidazole for Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study by Iram Malik, Muhammad Atif, Fatima Riaz, Saima Asghar and Nafees Ahmad in Therapeutic Innovation & Regulatory Science</p
Supplementary_File_6_Amixicillin - Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study
No full textSupplementary_File_6_Amixicillin for Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study by Iram Malik, Muhammad Atif, Fatima Riaz, Saima Asghar and Nafees Ahmad in Therapeutic Innovation & Regulatory Science</p
Supplementary_File_7_Gentamicin - Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study
No full textSupplementary_File_7_Gentamicin for Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study by Iram Malik, Muhammad Atif, Fatima Riaz, Saima Asghar and Nafees Ahmad in Therapeutic Innovation & Regulatory Science</p
Supplementary_File_1 - Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study
No full textSupplementary_File_1 for Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study by Iram Malik, Muhammad Atif, Fatima Riaz, Saima Asghar and Nafees Ahmad in Therapeutic Innovation & Regulatory Science</p
Supplementary_File_2 - Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study
No full textSupplementary_File_2 for Pediatric Antibiotic Pack Size Compliance With the Dosage Regimen: A Descriptive Study by Iram Malik, Muhammad Atif, Fatima Riaz, Saima Asghar and Nafees Ahmad in Therapeutic Innovation & Regulatory Science</p
الشيخ السيّد نفيس الحسيني رحمة اللہ علیہ حیاتہ و آثارہ: SAYYED NAFEES Al-HUSSAINI: LIFE AND WORK
No full textSayyed Nafees Al-Hussaini, may God have mercy on him, was of high lineage, a great Sufi, a talented poet, a great author, and a professor. His full name was Sayyed Anwar Hussain S/O Sayyed Muhammad Ashraf Ali. Sayyed Nafees Al-Husseini was born on Saturday 13 Dhul-Qi’dah in the year 1351 AH, corresponding to March 11, 1933 AD, in the village of Kahoriala in the Sialkot District. He did not study in Arab Islamic religious schools and was not a graduate of Islamic universities, but God Almighty gave him knowledge, extensive information from Himself, and insight. Sayyed Nafees says that he moved from Faisalabad to Lahore in the month of Zul-Hajj in the year 1370 AH/September 1951 AD. Here, after a short time, I met the writer and calligrapher Taj al-Din, known as Zarrin. Sayyed Nafees used to teach people the art of calligraphy and teach students who longed to teach writing and the art of calligraphy. Sayyed Nafees was a talented poet, and his passion for poetry was innate to him. He started reciting poetry when he was a high school student. He wrote poetry by calling him “Zaidi” and “Nafees.” The subject of his poetry was love for the Prophet, may God bless him and grant him peace, and love for his family and companions. He published collections of his poetry, “Nafa’is al-Nabi(SAAW)” and “Barg e Gul”. Sayyed Nafees Al-Hussaini died on February 5, 2008 AD. Abd al-Rashid Qamar says about him: “There is no doubt that Sayyed Nafees al-Hussaini was elected by God. Divine power opened the door to spirituality before him during his writing. According to people of thought and theory, Sayyed was a religious leader.” I hope this article may help the readers to enhance knowledge about the great Sufi, a talented poet and a great author
Relative effects of melatonin and hydrogen sulfide treatments in mitigating salt damage in wheat
Get PDFSoil salinity poses a significant threat to agricultural productivity, impacting the growth and yield of wheat (Triticum aestivum L.) plants. This study investigates the potential of melatonin (MT; 100 µM) and hydrogen sulfide (H2S; 200 µM sodium hydrosulfide, NaHS) to confer the tolerance of wheat plants to 100 mM NaCl. Salinity stress induced the outburst of reactive oxygen species (ROS) resulting in damage to the chloroplast structure, growth, photosynthesis, and yield. Application of either MT or NaHS augmented the activity of antioxidant enzymes, superoxide dismutase, ascorbate peroxidase, glutathione reductase, and reduced glutathione (GSH) levels, upregulated the expression of Na+ transport genes (SOS1, SOS2, SOS3, NHX1), resulting in mitigation of salinity stress. Thus, improved stomatal behavior, gas-exchange parameters, and maintenance of chloroplast structure resulted in enhanced activity of the Calvin cycle enzymes and overall enhancement of growth, photosynthetic, and yield performance of plants under salinity stress. The use of DL-propargylglycine (PAG, an inhibitor of hydrogen sulfide biosynthesis) and p-chlorophenyl alanine (p-CPA, an inhibitor of melatonin biosynthesis) to plants under salt stress showed the comparative necessity of MT and H2S in mitigation of salinity stress. In the presence of PAG, more pronounced detrimental effects were observed than in the presence of p-CPA, emphasizing that MT was involved in mitigating salinity through various potential pathways, one of which was through H2S
Corrigendum: Embedded remote group environment through modification in MACBETH - an application of contractor’s selection in construction
No full textAli Raza Khoso, Aminah Md Yusof, Zhen-Song Chen, Xian-Jia Wang, Mirosław J. Skibniewski, Nafees Ahmed Memon, authors of the article “Embedded remote group environment through modification in MACBETH – an application of contractor’s selection in construction”, published in Journal of Civil Engineering and Management, 27(8), 595–616, https://doi.org/10.3846/jcem.2021.15763 inform that several errors occur in affiliations. The correct affiliation of the first author Ali Raza Khoso should be 1) Department of Structure and Materials, School of Civil Engineering, Faculty of Engineering, Universiti Teknologi Malaysia, Johor Bahru, Malaysia and 2) Department of Civil Engineering, Mehran University of Engineering & Technology, Jamshoro, Pakistan. The correct affiliation of the second author Aminah Md Yusof should be 1) Department of Structure and Materials, School of Civil Engineering, Faculty of Engineering, Universiti Teknologi Malaysia, Johor Bahru, Malaysia.
The authors regret this error and would like to apologize for any inconvenience caused
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