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Association of Political Parties in Political Development Towards Good Governance in Pakistan [Msc in Public Policy]

Thesis Info

Author

Nouman Butt, Muhammad

Department

UMT. School of Governance and Society

Program

MSc

Institute

University of Management and Technology

Institute Type

Private

City

Lahore

Province

Punjab

Country

Pakistan

Thesis Completing Year

2015

Thesis Completion Status

Completed

Page

129 . CD

Subject

Political Science

Language

English

Other

; Call No: TP 324.25491 NOU-A

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676713698049

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اہم تدوینی اصطلاحات

موضوع2:تدوینی اصطلاحات
متن:
• تدوین کے لیے وہ تحریر جسے کوئی ترتیب دینا چاہے۔
• متن اس عبارت کو کہتے ہیں جسے آسانی سے پڑھا جا سکے اور قرات کے دوران اس کی تفہیم ہو سکے۔ متن سے ہم تاریخ یا ماضی سے تعلق رکھنے والی وہ عبارت
• مراد لیتے ہیں جس کی ترتیب مقصود ہو۔جسے دریافت کیا گیا ہو اور جو تحقیقی اہمیت کی حامل ہو۔
تدوین :
• کسی تصنیف کے مختلف نسخوں کا مقابلہ کرکے درست متن تیار کرنا
• کسی مصنف کی منتشر تخلیقات یا کسی تخلیق کے منتشر اجزائ￿ کو صحیح ترتیب سے جمع کرنا
مدون:
تدوین کا کام کرنے والا
مرتب:
کتابوں کی ترتیب دینے والا
دیوان:
وہ مجموعہ کلام جس میں شعراء کی نظمیں اور غزلیں جمع کی جاتی ہیں۔
مخطوطہ:
کسی مصنف کے ہاتھ سے لکھی ہوئی تحریر کو کہتے ہیں۔
منسوخ/قلم زد:
وہ تخلیقات یا تخلیق کا حصہ جسے مصنف نے خارج کردیا ہو۔
موازنہ:
ایک متن کے مختلف نسخوں کے اندراجات کا تقابلی مطالعہ کرکے مناسب ترین کا تعین
اختلاف نسخ:
تدوین کرتے وقت مختلف نسخوں میں جو اختلافات ملتے ہیں انھیں اختلاف نسخ کہا جاتا ہے، ان کو یک جا کردیا جاتا ہے تاکہ قاری کے سامنے دونوں صورتیں آجائیں۔
نسخہ:
کسی قلمی یا مطبوعہ کتاب کی ایک جلد کو نسخہ کہتے ہیں۔

اساسی نسخہ/بنیادی نسخہ:
کسی پرانی قلمی کتاب یا مخطوطے کے جب کئی نسخے موجود ہوں تو ان میں سے وہ نسخہ جسے بنیاد مان کر تدوین متن کی جائے اساسی نسخہ کہلاتا ہے۔
خطی نسخہ/قلمی نسخہ/دستخطی نسخہ:
مصنف کے ہاتھ کا لکھا یا ٹائپ کیا ہوا نسخہ دستخطی نسخہ کہلاتا ہے۔
آمیختہ نسخہ:
وہ نسخہ جس کا متن پہلے کے دو نسخوں سے ملا کر تیار کیا گیا ہو۔

عدل اجتماعی کے تصورات کا جائزہ و اہمیت قرآن و حدیث اور عالمی مذاہب کے تناطر میں

Human beings have been created in proportion and perfection by the Creator, as He is Just and Fair and likes justice and fairness in making and implementing laws. Justice is the key on every level from individual to State and interstate for peaceful and smooth functioning. Justice holds universal acceptance from the laws of nature to the creation of beings, while injustice leads to chaos. It causes the decline and disgrace among civilized societies. The chaos and terrorism in contemporary world is all because of injustices by individuals and by the States. The teachings of the messangers of Allah were to create the justice and equality at every level in the society. Deviation from the teachings of Allah and His messangers with respect to justice is a way towards destruction. Any nation that forgoes justice becomes victim of injustice itself and the consequences are ultimate anarchy and chaos. Islam as a universal religion demands the justice in every sphere of life. Islam and its teachings are for peace and prosperity. It promulgates and promotes human dignity and the value of Justice, equality and peace. Today the Ummah is in desperate need of adopting and practicing justice and fairness as the Creator has shown in His Word and Work.

Dna Barcoding and Phylogenetic Assessment of Family Lamiaceae from Pakistan Based on Plastid and Nuclear Sequence Data.

The plant family Lamiaceae (Mints) contains ca. 7173 species distributed among 273 genera worldwide. It has highly varied phenotypic characters. Many species are of horticultural and economic significance and most importantly the family represents a wealth of medicinaly important aromatic herbs e.g Lavandula (Lavender), Mentha (Mint), Origanum (Oregano, Marjoram), Salvia (Sage), Rosmarinus (Rosemary), Melissa (Lemon balm) and Thymus (Thyme). There are 60 genera and about 212 species of Lamiaceae reported from Pakistan. This is the first ever investigation from Pakistan based on DNA barcoding identification of herbal medicinal products (HMPs) of family Lamiaceae and its subsequent phylogenetic assessment based on DNA sequence analysis. The study is divided into three sections: DNA barcoding of HMPs belonging to Lamiaceae is conducted for their correct identification and to fix the problem of adulteration in the first section of present work. It can help in shielding consumers from the health hazards connected with the potential contamination and substitution of herbal medicinal products. HMPs representing 32 Lamiaceae plant samples were collected from three Pansar stores (herb stores) located at Islamabad and a herbal pharmaceutical industry. The extraction of total genomic DNA was carried out from these HMPs. Three plastid barcoding loci (rbcL, matK and trnH-psbA) were selected for PCR amplification and nucleotide sequencing was carried out. The comparison of DNA sequences obtained from these loci was carried out to ascertain the taxonomic identification of the plant material. We identified four mislabeled samples including one industry sample (Salvia haematodes) and three pansar store samples (Leucas linifolia, Lycopus europaeus and Salvia moorcroftiana II). Additionaly two product substitutions are also found in which Hyssopus officinalis is replaced by Nepeta bracteata and Nepeta ruderalis is substituted by Salvia spp. The identification of three HMPs (Lallemantia royleana, Origanum vulgare and Salvia aegyptiaca) is highly ambiguous because of lack of reference sequences available in GenBank. In Lamiaceae the overall amplification success for rbcL is 87% and for matK it is 81% while trnH-psbA showed 69%. Post sequencing analysis showed that trnH-psbA and matK have been able to discriminate the species relatively better with 40% success rate than rbcL (16%). On the whole a total of 22 sequences are genus-level barcodes (78%) and 12 sequences are species-level barcodes (44%). The nucleotide sequence data produced from the current study has been published in GenBank under the accession numbers KP172036-KP172082, KP218929- KP218945. We performed a comparative analysis of rbcL, matK and trnH-psbA to evaluate their performance for Lamiaceae barcoding. Our findings suggest matK as the potential barcode for Lamiaceae HMPs. The species-level identification was considerably challanging due to insufficient reference data and selection of plastid markers. Therefore, it is recommended for herbal pharmaceutical industries to develop a local (regional) herbal barcode library for their species of interest. The method of DNA barcoding can greatly assist the regulatory authorities and herbal industries to devise a mechanism for quality control and customer care. It can largely support the herbal pharmaceutical industries to restore the eroded consumer confidence. In second part of the study, phylogenetic utility of three barcoding regions (rbcL, matK & trnH-psbA) is estimated. The data sets were comprised of 245 rbcL ingroup taxa, 235 for matK and 259 for trnH-psbA. This sequence data was acquired from GenBank including the accessions produced in the first part of work. We found that among these three selected markers matK seems to be the best gene region which is able to resolve the subfamilies and provide strongly supported monophyletic genera. rbcL was not able to resolve the clades with a strong bootstrap (BS) support. It was difficult to align the spacer region trnH-psbA across the whole family; as a result it affected the tree topology and could not produce the well resolved clades of subfamilies. The third section of present work is the phylogenetic analysis based on plastid trnL-trnF and nuclear ribosomal internal transcribed spacer (nrITS) regions. A sum of 89 taxa was collected by visiting different wild areas and two herbaria of Pakistan. Additional publicly available data was downloaded from GenBank and the data sets were constructed. The data sets constitute 398 trnL-trnF taxa and 413 ITS ingroup taxa. The phylogenetic analyses were performed on the trnL-trnF and ITS data matrices by utilizing methods of ML (Maximum Likelihood) and BI (Bayesian Inference). We observed the Bayesian consensus trees showed more resolved nodes in comparison to ML consensus trees. The subfamilies received strong bootstrap values in the BI as compared to the ML results. In Pakistan’s Lamiaceae species, hybridization was observed, particularly evident in the nuclear ITS analysis. The analysis of taxa collected from Pakistan revealed that these species are undergoing possible radiation in place instead of dispersal. The taxonomic position of some species from Pakistan which were originally based on morphological characters did not corroborate with the findings of current molecular analysis. Therefore, it would be interesting to explore more plastid and nuclear loci with increased number of species for each group. Such approach will provide improved insight into relationships of mints from Pakistan. The intense studies more focused on each group (each subfamily) may draw a better picture of Pakistan’s Lamiaceae.