CogEpiCrim - The M-Theory of Suicidology

Abstract

For the past century, suicide has been associated with negative connotations to the liberalistic connotations, however, the fabric of logic and reason behind suicidal ideation continues to exist with countless wrinkles and folds. In my manuscript, a new approach to address the age-old question is provided – CogEpiCrim, which extends the boundaries of our understanding by using the suicidal ideation, not the action, as an infectious disease that can spread across closed communities. The paper describes how CogEpiCrim is used to classify the “existing wrinkles in our understanding as flaws in our approaches, not the fabric”.

Study of the Effectiveness of Nano Pumpkin Peel Extract as an Antioxidant

“…The surface area of the bond, and these changes in the functional groups of the bioactive molecules indicate that they are related to the formation of the Cu/Cs-NPs nanocomposite. These results are consistent with [12] who reported that the chemical groups were transformed, which indicates that the successful loading of the methanolic extract of pumpkin plant peels on Chitosan compound, and its association with TPP compound, which leads to the formation of the Cu/Cs-NPs nanocomposite. There was other supporting evidence for the formation of the nanocomplex published by [38] who reported that the changing peaks indicated the formation of a new compound.…”

“…Deionized or ion-free distilled water was used as a control or comparison element. Absorbance was taken at a wavelength (200 -800 nm), and the concentrated samples were diluted at 10:1 in deionized water [12].…”

“…The chemical composition and functional groups of the plant extract of pumpkin peels, as well as the Cu/Cs-NPs nanocomposite, were identified using a Japanese-made Shimadzu infrared spectrometer (FTIR), scanning the spectra in the range of 400 -4000 cm -1 with a resolution of 4 cm -1 . The samples were extracted according to standard methods by spreading the samples on a glass microscope slide [12], using potassium bromide (KBr) at a ratio of 1:99 of the sample to KBr by crushing a very small amount of the material to be examined, then it was placed in a small lid for filtering. Using the device, the effective aggregates and the new aggregates that appeared after binding and loading of chitosan, the plant extract, and the prepared Cu/Cs-NPs nanocomposite resulting from loading the pumpkin peel extract onto chitosan were determined [14].…”

Microfluidics: Innovations in Materials and Their Fabrication and Functionalization

“…Table 1 outlines the most common rigid polymers used in microfluidics and a few of their general properties. [46][47][48][49] For more extensive information please see reviews by Gencturk et al 50 and Tsao. 51 Polymethyl methacrylate (PMMA) is widely used in research laboratories because it is optically transparent and can be manipulated with fabrication methods such as hot embossing, laser ablation, or precision milling.…”