Report on Radiobiology for Travel Space

Question

I have a problem in wirting a report on Radiobiology for Travel Space.  Can someone provide me a complete report on the above topic.

Answer 1

Abstract:

There is an unknown energy that spreads throughout the universe out of the Earth’s protective atmosphere. This energy consists of high energetic particles transmitted in the form of waves. This energy transmitted in a form of waves or rays or particles is called Radiation. The waves comprised of energetic protons and heavy ions and a secondary radiation produced in shielding or tissue through nuclear reactions. The broad spectrum of radiation encountered in space goes from extreme ultraviolet radiation, X-rays and high energy particles as electrons, neutrons, protons and heavy ions up to iron and even higher charges.

Many biology experiments have been made during these space emissions to date, in ionizing the radiation encountered in low Earth orbit and the biological effects have been studied during the experiments. It has been found that there were issues of radiation from medical perspective. The effects of the radiation on the space travelers or astronauts have caused much research probes into the matter. Though this radiation is less damaging inside the Earth’s atmosphere, the effect it causes on the crew has been very alarming.

The paper discusses about various life evolutions and introduction to the study of effects of gravitational force and the effects of cosmic/solar radiations on human crew during space flights in first chapter. The second chapter includes the biological effects the cosmic radiation has on humans in detail. The third chapter describes the various types of radiations in space and their effects. The fourth chapter deals with the biological effects on DNA including direct and indirect damages. The fifth chapter represents the repair mechanisms needed.

Life on Earth:

Over billions of years, life on planet Earth evolved from primitive cells into at least 10 million of different species, which represent the existing biological diversity. Life evolved from simple cell organisms called prokaryotes (which do not have any nucleus) to eukaryotes (which have a nucleus). In the last few decades or so, varieties of novel organisms have been isolated, which include hyperthermophiles that can survive high temperatures like 110^oC and barophiles that can survive pressures found in deepest trenches of the oceans and anaerobes that can accept iron, manganese, or even uranium as electron acceptors. Similarly many other organisms have been found that survive low nutrient or low temperatures environments that do not allow growth.

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