Hadi Erfani
Hadi Erfani is an Environmental Scientist from Iran. He is an expert in the fields of Environmental science, Sustainable Development, Waste Management and Recycling and His research interest. He has been able to make 3 inventions in the fields of Medical, Polymer and Chemical Engineering, for which he was able to Receive a grant. His honors include the Editor of engineering journals in prestigious Publications, the holder of Gold, Silver and Bronze medals from the World Invention Competition.
Phone: +989368922777
Address: Iran
Phone: +989368922777
Address: Iran
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Papers by Hadi Erfani
with intricate pathophysiologies, characterized by multi-organ involvement and
life-threatening complications. This comprehensive review summarizes current
knowledge on the pathophysiological mechanisms, gene mutations, and thera-
peutic approaches for these conditions. Fabry disease stems from mutations in
the GLA gene, leading to decient -galactosidase A enzyme activity and subse-
quent accumulation of globotriaosylceramide (Gb3) in various tissues. This lipid
storage disorder manifests with neuropathic pain, skin lesions, and progressive
kidney and heart dysfunction. Early diagnosis through enzyme assays or genetic
testing is vital. Enzyme replacement therapy (ERT) offers an effective therapeu-
tic strategy, alleviating symptoms and slowing disease progression. Supportive
care and personalized interventions are integral components of Fabry disease
management. Marfan syndrome is primarily associated with mutations in the
purposes would be referred to as "fish." Fish provide an important source of food and livelihoods for millions of people, and
they are a renewable resource that can be managed sustainably if managed properly. Aquatic resource exploration, capture,
catching, cleaning (post-harvest technique), transit, merchandise, processing for semi-prepared food or prepared food,
scientific culture (propagation, grow-out operation, seasonal capture), etc., are all examples of lacustrine fisheries.
Lacustrine fisheries are capable of providing a source of sustainable economic growth, employment and income
opportunities, food security, and improved nutrition. Furthermore, well-managed fisheries can be an integral part of
conservation and ecosystem management efforts, providing sustainable access to aquatic resources that are essential to
maintaining healthy ecosystems. In addition to providing a source of food and livelihoods for millions of people, lacustrine
fisheries also have the potential to help mitigate poverty and increase access to healthy foods. To ensure the long-term
sustainability of fish populations, fisheries must be carefully managed, including implementing rules and regulations
governing the amount that can be harvested, setting quotas for different species, and enforcing them. In this chapter, we will
look at how the lacustrine fishery achieved some long-term development goals, either directly or indirectly.
Books by Hadi Erfani
Chemistry plays a crucial role in our environment. While it's common for people to blame synthetic chemicals and their producers for most current pollution issues, many environmental problems from past centuries and decades, like microbial contamination of drinking water, were only solved through the application of scientific methods, particularly chemistry. The remarkable increase in human lifespan and improvement in living standards over recent decades are largely attributed to advancements in chemistry and the development of new chemicals.
However, byproducts of these substances, intended to improve our health and quality of life, sometimes follow us with threats to our own health, as well as that of plants and animals. In essence, our conquest of widespread biological pollution and raising of living standards and material wealth in developed countries has come at the cost of widespread chemical pollution on a global scale.