Honey Bonefite for Healty

Before antibiotics were discovered in the 1930s, honey was used in the treatment of various diseases. With the shift to modern medicine man, honey increasingly marginalized role. Lately when many bacteria become resistant to drugs, a lot of people "back to nature" by using honey in treatment.

What are the benefits of honey? Here are 7 benefits of honey for health:

1. Cure wounds and ulcers.

Honey for centuries has been used for the treatment of wounds and ulcers. Honey contains glucose and an enzyme called glucose oxidase. In the right conditions, can break down glucose oxidase of honey glucose into hydrogen peroxide, a substance that is a powerful antiseptic. Honey in the packaging can not do this reaction. To be active and break down glucose honey, glucose oxidase requires a pH of 5.5 to 8.0 and the environment with sodium. PH pure honey which ranged between 3.2 and 4.5 is too low to activate the enzyme. Skin and body fluids (eg blood) has a relatively high pH and contains sodium so as to provide the right conditions for the formation of hydrogen peroxide.

Manfaat Madu bagi Kesehatan

Sebelum antibiotik ditemukan pada 1930-an , madu digunakan dalam pengobatan berbagai penyakit . Dengan pergeseran manusia kedokteran modern, madu kian terpinggirkan peran . Akhir-akhir ini ketika banyak bakteri menjadi resisten terhadap obat-obatan, banyak orang " kembali ke alam " dengan menggunakan madu dalam pengobatan .

Apa manfaat madu ? 

Berikut adalah 7 manfaat madu bagi kesehatan :

Pleural Effusion

Anatomy

The space is fringed by the membrane bone and visceral pleurae. The pleura covers the inner surface of the bodily cavity, together with the bodily cavity, diaphragm, and ribs. The pleura envelops all respiratory organ surfaces, together with the interlobar fissures. the correct and left serous membrane areas square measure separated by the bodily cavity.

The space plays a very important role in respiration by coupling the movement of the chest wall therewith of the lungs in a pair of ways in which. First, a relative vacuum within the area keeps the visceral and membrane bone pleurae in shut proximity. Second, the tiny volume of serous membrane fluid, that has been calculated at zero.13 mL/kg of weight underneath traditional circumstances, is a lubricating substance to facilitate movement of the serous membrane surfaces against one another within the course of respirations.[2] This little volume of fluid is maintained through the balance of hydraulics and oncotic pressure and humour drain, a disturbance of which can result in pathology.[3]

Pediatric Syphilis

Syphilis is associate communicable disease caused by spirochete basal ganglion, that belongs to the Spirochaetaceae family. The genus name, Treponema, springs from the Greek term for "turning thread." infective members of this genus embrace T basal ganglion, T pertenue, and T carateum.

Between 1905 and 1910, Schaudinn and Hoffman known T basal ganglion because the explanation for sexually transmitted disease, and Wasserman delineate a diagnostic assay for the long-recognized infection. infective treponemes area unit related to the subsequent four diseases: