Muhammad Jawad is a journalist whose work has been featured in various publications, including BNN Breaking, eXputer.com, Daily Minute Mirror, and Cureus Journal of Medical Science. With a focus on current affairs, business, technology, and finance, Muhammad's articles provide insightful analysis and reporting on a wide range of topics.
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Muhammad Jawad's coverage predominantly focuses on government and politics with a significant emphasis on official announcements and press releases. Given this, he is likely to be most responsive to pitches that provide insights into newsworthy political developments or analyses of government policies.
Considering the nature of his articles, experts who can offer commentary or analysis on legal, regulatory, and political issues in the U.S., as well as globally relevant topics would be particularly suitable for pitching. Additionally, individuals who have direct involvement in the governmental or corporate sectors may find their insights valuable to Muhammad's coverage.
Jawad does not seem geographically restricted in terms of focus; thus, he could potentially cover news from various regions around the world as long as it pertains to government and politics.
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2025 has another title in the roster, and it's called Fable. The new trailer seems to be very appealing for all the series fans.
By: Muhammad Jawad
The ongoing clash between two tribes in Kurram District over a land dispute has entered its fifth day, with the death toll reaching 27 and over 150 people injured so far. According to the police, the fighting continues at five different locations in Kurram, with both sides using heavy weaponry against each other.
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By: Matthew James, Muhammad Jawad, Ian Edwin
Overuse or misuse of broad-spectrum antibiotics increases the risk of the emergence of antibiotic-resistant bacteria, which increases the possibility of antimicrobial-resistant (AMR) bacterial infections, and subsequently raises healthcare costs. The excessive use of broad-spectrum antibiotics has also been linked to increased death rates, whilst the benefits that they offer against antibiotic-resistant bacterial pathogens are minimal. Patients infected with antibiotic-resistant bacterial pathogens frequently receive inadequate antimicrobial therapies due to a lack of effective options than those with non-resistant infections, resulting in poor health outcomes and longer recovery times, especially among patients who are critically ill. Broad-spectrum antibiotics also disturb the gut microbiome, which is increasingly recognized as a regulator of immune health. This study offers insights into the use of targeted antimicrobial therapies for bacterial infections, focusing on strategies that mitigate the risk of antibiotic resistance and unwanted side effects associated with the use of broad-spectrum antibiotics. We focus on identifying the genotype and phenotype of bacterial pathogens and then using either nanoparticle-based, vaccine-based, bacteriophage-based, monoclonal antibody-based, and CRISPR-based targeted therapies to directly kill those pathogens and reduce collateral damage. Furthermore, the mechanisms of action of these targeted therapies and their advantages and disadvantages are discussed.
By: Muhammad Jawad, Sameed Liaqat, Safa Saleem, Samia Sarmad, Wardah Rauf, Muhammad Ahad
Authors Wardah Rauf Samia Sarmad Sameed Liaqat Safa Saleem Muhammad Jawad Muhammad Ahad DOI:
By: Muhammad Zafar, Muhammad Jawad
College of Grassland Science and Technology, Sichuan Agricultural University, Chengdu 611130, China
By: Yao Ling, Zhou Li, Muhammad Jawad
Background Soil salinization is a serious environmental hazard, limiting plant growth and production in different agro-ecological zones worldwide.
We all saw this coming. 4 hours ago Dragon Ball: Sparking! Zero is Bandai's latest rendition in the iconic Dragon Ball: Budokai Tenkaichi series.
By: Muhammad Jawad
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Recent years have witnessed a rather controversial debate on what antioxidants are and how beneficial they may be in the context of human health. Despite a considerable increase in scientific evidence, the matter remains highly divisive as different pieces of new data seem to support both the pro- and the anti-antioxidant perspective. Here, we argue that the matter at the heart of this debate is not necessarily empirical but of semantics. Thus, the controversy cannot be resolved with the traditional tools of natural sciences and by the mere accumulation of new data. In fact, the term “antioxidants” has been part of the scientific language game for a few decades and is nowadays used differently in the context of different scientific disciplines active at different levels of scientific complexity. It, therefore, represents not a single expression but an entire family of words with distinctively different connotations and associations. The transcendent use of this expression from a basic to a more complex discipline, such as going from chemistry to physiology, is problematic as it assigns the term with connotations that are not corroborated empirically. This may lead to false claims and aspirations not warranted by empirical data. Initially, health claims may not even be indented, yet, on occasion, they are welcome for reasons other than scientific ones. To resolve this debate, one may need to refrain from using the term “antioxidants” in disciplines and contexts where its meaning is unclear, limit its use to disciplines where it is essential and beneficial, and, in any case, become more specific in such contexts where its use is warranted, for instance, in the case of “dietary antioxidants”.
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