importance of organic compound in our daily life

Organic compound - The theory implied that these 'organic' compounds were fundamentally different from the 'inorganic' compounds that ... Further compounds of prime importance in biochemistry are .....

Primary production - Primary production is the production of organic compounds from atmospheric or aquatic carbon dioxide, principally through the process of photosynthesis, with chemosynthesis being much less important. All life on earth is directly or indirectly reliant on primary production. The organisms responsible..

Primary production - Primary production is the production of organic compound s from atmospheric or aquatic carbon dioxide, principally through the process of photosynthesis, with chemosynthesis being much less important. All life on earth is directly or indirectly reliant on primary production. The organisms..

Organic compound - ... Earth, Water, Air and Fire by action of a 'life-force' (vis vitalis) possessed only by organisms. The theory implied that these 'organic' compounds ... compounds. Organic .....

NASA Discovers Life's Building Blocks Are Common In Space - ScienceDaily (Oct. 13, 2005) — After A team of NASA exobiology researchers revealed today organic chemicals that play a crucial role in the chemistry of life are common in space. See also: Plants & Animals Organic Soil Types Fungus Space & Time NASA Space Station Astronomy Reference Space observatory Spitzer space telescope Astrobiology Compton Gamma Ray Observatory 'Our work shows a class of compounds that is critical to biochemistry is prevalent throughout the universe,' said Douglas Hudgins, an astronomer at NASA's Ames Research Center, Moffett Field, Calif. He is principal author of a study detailing the team's findings that appears in the Oct. 10 issue of the Astrophysical Journal. 'NASA's Spitzer Space Telescope has shown complex organic molecules called polycyclic aromatic hydrocarbons (PAHs) are found in every nook and cranny of our galaxy. While this is important to astronomers, it has been of little interest to astrobiologists, scientists who search for life beyond Earth. N....

Hubble Telescope Finds Carbon Dioxide On An Extrasolar Planet - ScienceDaily (Dec. 9, 2008) — NASA's Hubble Space Telescope has discovered carbon dioxide in the atmosphere of a planet orbiting another star. This breakthrough is an important step toward finding chemical biotracers of extraterrestrial life. See also: Space & Time Extrasolar Planets NASA Astronomy Space Telescopes Space Exploration Satellites Reference Space observatory Spitzer space telescope Orion Nebula Astrobiology The Jupiter-sized planet, called HD 189733b, is too hot for life. But the Hubble observations are a proof-of-concept demonstration that the basic chemistry for life can be measured on planets orbiting other stars. Organic compounds also can be a by-product of life processes, and their detection on an Earthlike planet someday may provide the first evidence of life beyond our planet. Previous observations of HD 189733b by Hubble and NASA's Spitzer Space Telescope found water vapor. Earlier this year, Hubble found methane in the planet's atmosphere. 'Hubble was conceived....

Chemists Create The First Of A New Class Of Catalysts To Handle Big Mo.. - ScienceDaily (Nov. 19, 1999) — Chemistry may not grab the kind of headlines that computers do, but it's what makes modern life happen, from gasoline to plastics to the material of computer chips. Chemical catalysts are special molecules that encourage chemical processes and are one of the most critical components of our technological culture. These chemical movers and shakers are the unsung heroes of our chemistry-based civilization. See also: Matter & Energy Materials Science Chemistry Organic Chemistry Inorganic Chemistry Civil Engineering Nanotechnology Reference Catalysis Chemical compound Chemistry Organic chemistry A team of chemists working at Arizona State University has designed and synthesized the first stable example of an important new class of materials that are expected to be of special use as catalysts. The new material, and other materials that can now be created following its model, should be useful in isolating and modifying molecules that previously known catalysts....

NASA Scientist Finds Some Meteorites Not Sugar-Free - ScienceDaily (Dec. 28, 2001) — A discovery by a NASA scientist of sugar and several related organic compounds in two carbonaceous meteorites provides the first evidence that another fundamental building block of life on Earth may have come from outer space. A carbonaceous meteorite contains carbon as one of its important constituents. See also: Space & Time Asteroids, Comets and Meteors Cosmology NASA Matter & Energy Organic Chemistry Chemistry Batteries Reference Carbon-14 Chemical compound Meteorite Organic chemistry Previously, researchers had found in meteorites other organic, carbon-based compounds that play major roles in life on Earth, such as amino acids and carboxylic acids, but no sugars. The new research is reported in a paper, 'Carbonaceous Meteorites as a Source of Sugar-related Organic Compounds for the Early Earth,' by Dr. George Cooper and co-workers at NASA's Ames Research Center, in California’s Silicon Valley. The work is published in the Dec. 20 issue of Nature.....

  how does a biotic relationship affects the adaptation of each of the t..   and their influence on the chemical; structural and isotopic signatures of organic and inorganic volatile components in chondrites; the relationship between aqueous alteration, metamorphism and metasomatism on parent bodies; study of natural analogues to early Solar System processes. Many of the organic compounds present in meteorites are of considerable importance to our understanding of the pre-biotic chemistry that gave rise to life

  importance of organic compound in our daily life   www.protocolsupplements.com Super green drink foods are becoming more important to our daily nutrition than ever before. With the overall lack of nutrients in our produce, green drink powder foods are essential to our cellular health. You can find a high quality organic green powder drink that tastes fantastic, yes thats right, I said fantastic, and it comes in mint or berry. The article below goes into some of the reasons why you want to add a green drink to your life. Malnutrition is on ...

Question : Answer each question to show how good you are at biology!^^ List four properties of water that support life List two differences between organic and inorganic compounds Classify the following as organic or inorganic: Glucose, cellulose, salts, cholesterol, buffers, water, acids and base, enzymes, CO2. This is for a study of how well everyone's good at biology, answer all to earn perfect an help me out XD

Answer : Water is a liquid at most temperatures found on Earth. It can dissolve salts and polar organic molecules. It has a high heat capacity. Organic compounds tend to dissolve as molecules in water. Inorganic compounds tend to ionize when dissolved in water. Organic compounds favor carbon as the most important atom. Inorganic compounds tend not to have carbon included. Organic glucose, cellulose, cholesterol, enzymes, CO2, organic acids & bases (acetic acid, pyridine) Inorganic salts, water, mineral acids & bases (HCl, NaOH) Buffers are usually a mixture of organic and inorganic compounds, e.g. acetic acid and sodium hydroxide.

Question : Can someone please explain to me what the dark reaction of photosynthesis is? Also, what are some ways in which it is important for us in our daily lives? Thanks!

Answer : The Dark reaction is the reaction which synthesizes CO2 into Glucose. This is important because glucose is where organisms (like ourself) get their energy from.

Question : Whilst carbon compounds are essential to life, I don't know of any organism that can metabolise pure carbon (graphite). Are there any, and if so what are they called and how do they do it?

Answer : Graphite is just an allotrope of carbon, as is diamond. They are both pure, but of no use to any life forms on earth, it would take too much effort for our bodies to break them apart and use it for something useful, and we have no use of it in its raw form in our bodies. Many many uses in industry though.