Psidium Guavajava Tea Trice per Day for Preeclampsia: A Mystery of SPIONs act as Thin Film Repeller of Albuminuria
Abstract
Translational medicine in tropical rainforest wet-warm climate countries has a mystery of Superparamagnetic iron oxide nanoparticles (SPIONs) extracted from guava (Psidium Guavajava) leaves. It is broadly used as an herb and spice which’s a condition sine qua none for e.g. the famous Indonesian street culinary “gudeg” and “telur pindang”, to make the dark chocolate color.
Method: References with keywords guava leaves or and SPIONs.
Result: Guava leaves powder or extract, mantids, ‘belalang’ (insect, grasshopper, locust), guava leaves SPIONs, ferrite nanoparticles are found widely in the search engine using Google Scholar library, Science Direct, EBSCO-host, etc. as antibacterial agents.
Discussion: Lp(a)-albuminuria, thin layer film SPIONs, Supercapacitor thin film, DWCnT as anion Repeller, and thin film DWCNT is used to support the aims. Preeclampsia in PIMA Indian, Bangladeshi, and Brazilian peoples with high CODHy and CKD1 subjects’ prevalence is found. The prevalence is high in low- and medium- nSES in both developing and developed countries. Among the preparation principle of Zn ferrite, the uses of biosynthesis are a promising preparation method that uses plant materials instead of chemical materials to achieve large-scale preparation for nanomedicine application due to their unique physical, chemical, magnetic, and biocompatibility properties. SPIONs act as nanocarriers / nano-vector in New Generation (NG) drug delivery, photocatalytic degradation, MRI agent, also thin films of DWCnT.
Conclusion: Enough Protein nutrition with Guava leaves tea thrice a day, acts as a thin film repeller of albuminuria, and will help the healing of preeclampsia. Both, thin film and albumin act as n-type capacitors and anions.
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Introduction
1.1 Background
Ferromagnetic cobalt ferrite (CoF) magnetic NPs are suitable for transfection in NG drug delivery, and for induction of hyperthermia, also as a contrast agent in MRI, and biological application.1 Cobalt ferrite synthesized by co-precipitation method, agarose gel, and deionized water were used during the test, be superparamagnetic with an average stable small size of 10.45 nm.1 Smaller than 7 nm could not positivity affect the higher r 2 relaxivity.1 Ferromagnetic is stuff that could be pulled strongly by magnet: cobalt, iron, steel, nickel. Diamagnetic materials are those that some people generally think of as nonmagnetic, they include water, wood, most organic compounds such as petroleum and some plastics, and many metals incl. copper, mercury, gold, zinc, and bismuth. Paramagnetic materials are those that have weak pull by magnets, e.g.: aluminum, copper, platinum. Moreover, superparamagnetic is a form of magnetism that appear in small ferromagnetic or ferromagnetic nanoparticles, where due the small size, a flip direction under the influence of different temperatures, pH, and longer time of the process, have higher magnetic characteristics.1,2 A Single-domain magnetic iron oxide particles with hydrodynamic diameters ranging from 1->100 nm are called Superparamagnetic Iron Oxide Nanoparticles (SPIONs).2
Conclusion
Guava leaves ‘tea’ thrice a day act as a thin layer film repeller of albuminuria in membrane basalis incl. in nephrons glomerular in leaking of albumin. This mechanism will help the healing of preeclampsia which is in high prevalence in Pima Indian, Aborigine Australian, South America, South Asia, unfortunate population in developed countries, and in many developing countries.