Science way of life
Science is my way of life, living in a small Croatian village i don’t have so much to do then surf the internet. After some time surfing I’ve decided to contribute to our Croatian society by designing Science way of life web site. Bookmark my site because I intend to write new articles on a regular basis.
Did you know?
The average Australian household uses over 500 shopping bags every year. One reusable tote bag can replace hundreds of plastic bags over the course of its lifetime. Bui Thi Xuan high school is example of such eco responsible behaviour.
Scientists Are Different – The Science Way of Life
The Scientist Always Questions
Anyone who has ever valued the observations readily available while working with scientists, understands one basic difference between a scientist and an engineer. The scientist asks “Why?”. The engineer asks “How?”. The scientist will understand the reason for a 15 foot diameter hole in the ground. The engineer will want to know how it happened. Scientists are refreshingly curious individuals. Their curiosity is the hallmark of their profession. Theirs is not just to know why. Theirs is also to know why the question even arose in the first place
Scientists Have The Answers
What scientists do with all those answers they manage to discover is find questions in the answers to their original question. There is nothing more interesting than observing a scientist bent over his lab bench. It’s an exercise in the awesome parameters of the scientific mind.
The Science Way of Life
The science way of life sees existence, behavior and death as an experiment. Thus, scientists nearly always have trouble with tenets of metaphysics, religion and most things supernatural. If an experiment cannot prove absolute existence, scientists find it unpalatable for human mental exercise. Yet, many scientists possess a most unique form of spiritualism similar to attempting actual control of the black hole of space. All scientific formula bears proof of a segment of the entire realm of science. For them, not the only proof. This is the science way of life: To know and understand that which is yet to be and find answers to questions relevant only to the experiment of existence
The Future and Science
The future for any scientist is the mechanism by which all innovation activates. The future is singularly important. Whereas, the present and past represent merely the barometer by which the scientist measures the future. Their formulaic equation is Future Equals Science.
Human DNA Decoding Progress
The most progress being made in the quest to decode the human genome is in finding genes linked to diseases. Scientists in the past few years have been able to scan DNA faster and with more precision that ever before. This has opened up a wave of information regarding cancer, diabetes, arthritis amongst others.
Six years ago, science completed one of the largest projects in human history – the identification of every building block within human DNA. Research during the following phases of the project have opened up new avenues by which scientists can discover information. Increased technological developments have also advanced the rate and exactness by which engineers can read the genetic coding. Much of the research projects for human DNA decoding today are isolated to the discovery of genetic disorders and diseases.
During 2008, research groups discovered genetic variants tied to prostate cancer. They also have found genetic coding for heart attacks, gallstones, multiple sclerosis and restless leg syndrome. Since 2005, 40 common diseases and traits have shown to have nearly 100 different DNA variants.
Scientists point to the fact that few rapid succession breakthroughs like this have occurred in the history of science or medicine. Unfortunately, most of the information gathered doesn’t allow scientists to prevent the diseases and developing treatments will take years.
However, the information does open up new doorways for the scientific community. One disease, macular degeneration, an age-related illness that is one of the leading causes of blindness has been linked to a gene that is linked to to proteins in the blood. This narrows the research field of what scientists need to look at to develop treatments.
In all, human DNA decoding progress is in its infancy, leaving years of work ahead for the scientific community. But the opportunities that have been developed already, have opened up new areas of research never thought possible.
