What is a biophilliac?
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"bio" = life  (think biology, biosphere, etc.)\n"philliac" = lover  (think pedophilliac, etc.)\nSo a biophilliac would be someone who loves life, either life in general (ie. their own life), or the life forms of earth.
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good luck: http://www.emc.maricopa.edu/faculty/farabee/BIOBK/BioBookPLANTANAT.html
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Planaria sp. is a common freshwater, non-parasitic member of the phylum Platyhelminthes, class Turbellaria. It should be noted that the term "planaria" is most often used as a common name, much in the same way as trout. It is also the name of a genus within the family Planariidae. It moves by beating cilia on the ventral dermis, allowing it to glide along on a film of mucus. Some move by undulations of the whole body by the contractions of muscles built into the body wall. They exhibit an extraordinary ability to regenerate lost body parts. For example, a Planaria split length wise or crosswise will regenerate into 2 separate individuals. The size ranges from 3 to 12 mm, and the body has two eye-spots (also known as ocelli) that can detect the intensity of light. The eye-spots act as photoreceptors and are used to move away from light sources. Planaria have 3 germ layers (ectoderm, mesoderm, and endoderm), but lack a body cavity or coelom. They have a single-opening digestive tract, consisting of one anterior branch and two posterior branches in freshwater planarians. Because of this three-branched organization, freshwater flatworms are often referred to as triclad planarians.\n\nPlanaria are common to many parts of the world and reside in fresh water ponds and rivers. They are also commonly found residing on plants.\n\nThe most frequently used in the high school and first-year college laboratories is the brownish Dugesia tigrina. Other common varieties are the blackish Planaria maculata and Planaria dorotocephala. Recently, however, the species Schmidtea mediterranea has emerged as the species of choice for modern molecular biological and genomic research due to its diploid chromosomes and existence in both asexual and sexual strains. Recent genetic screens utilizing double-stranded RNA technology have uncovered 240 genes that affect regeneration in S. mediterranea. Interestingly, many of these genes are found in the human genome (see link below).\nContents\n[show]\n\n    * 1 Organ Systems\n    * 2 See also\n    * 3 External links\n    * 4 References\n\n[edit]\n\nOrgan Systems\n\nThe planarian has very simple organ systems. The digestive system consists of a mouth, pharynx, and an intestine. The mouth is located in the center of the underside of the body. Digestive enzymes sercrete from mouth to begin external digestion. The pharynx connects the mouth to the intestines. The intestines of the Planaria branch throughout the body. They eat living or dead small animals which they suck with their muscular mouth. From there the food passes through the pharynx into the intestines and digesting of the food takes place in the cells lining the intestine, which then diffuses to the rest of the body. The undigested food leaves through the pharynx and mouth.\n\nPlanaria receive oxygen and release carbon dioxide by diffusion. The excretory system is made of many tubes with many flame cells and excretory pores on them. Flame cells remove unwanted liquids from the body by passing them through ducts that lead to excretory pores where the waste is released on the dorsal surface of the planarian.\n\nAt the head of the planarian there is a brain under the eyespots. From the brain there are two nerve cords which connect at the tail. There are many transverse nerves connected to the nerve cords which make it look like a ladder. With a ladder-like nerve system it is able to respond in a coordinated manner.\n\nA planarian can reproduce either asexually or sexually. In asexual reproduction the planarian detaches its tail end and each half regrows the lost parts. In sexual reproduction each Planaria gives and receives sperm. Planaria have both testes and ovaries. Eggs develop inside the body and are shed in capsules. Weeks later the eggs hatch and grow into adults. Planarians can also reproduce by regeneration. If a Planaria is cut into two halves both halves may become two new Planaria (regeneration). In one experiment, T.H. Morgan found th
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there is no such thing as an imbalaced biostructure.  Unstable molecules are a piece of fictional technology.  Do you mean free radicals?  most of them are produced, or were there in the beginning.  They self-replicated and had very low 'life'.  that's all I can do for now.
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By definition, Bio-Cosmetics is the study of the beauty of living things in their natural forms and functions. In practise include means that enhance the appearance without altering physiology (e.g. topical applications, braces, etc)
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Try this website:\nhttp://www.csubak.edu/~ddodenhoff/Bio100/report/examplechisquare.htm\n\nI hope it helps
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The Bacillariophyta are the diatoms. With their exquisitely beautiful silica shells, or frustules such as that of Odontella diatoms are among the loveliest microfossils. They are also among the most important aquatic microorganisms today: they are extremely abundant both in the plankton and in sediments in marine and freshwater ecosystems, and because they are photosynthetic they are an important food source for marine organisms. Some may even be found in soils or on moist mosses.bacillariophyta are Autotrophic and they eat brown chloroplasts.Autotrophic means that they are capable of utilizing inorganic carbon as the main source of carbon and of obtaining energy for life processes from the oxidation of inorganic elements (chemotrophic) or from radiant energy (phototrophic).
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Biocon is one of the biggest pharma companies in the world.\nIt rank No. 1 in terms of market cap and revenues in Asia and No. 16 globally. \n\nhttp://www.biocon.com/biocon_press_archive_details.asp?Fileid=129\n\nfor more details.
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Bioinformatics is a community focused on the freedom of information as it relates to bioscience.\nI hope this helps.
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http://ca.expasy.org/tools/\nhttp://www.biochem.ucl.ac.uk/bsm/biocomp/
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seedless and nonvascular\n\nit's in my science book!!\n\ni'm in AP Bio
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antigen are the foerign organism to our body
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Wood-boring bivalves of the family Teredinidae (commonly called shipworms) are known to harbor dense populations of gram-negative bacteria within specialized cells (bacteriocytes) in their gills. These symbionts are thought to provide enzymes, e.g., cellulase and dinitrogenase, which assist the host in utilizing wood as a primary food source. A cellulolytic, dinitrogen-fixing bacterium, Teredinibacter turnerae, has been isolated from the gill tissues of numerous teredinid bivalves and has been proposed to constitute the sole or predominant symbiont of this bivalve family. Here we demonstrate that one teredinid species, Lyrodus pedicellatus, contains at least four distinct bacterial 16S rRNA types within its gill bacteriocytes, one of which is identical to that of T. turnerae. Phylogenetic analyses indicate that the three newly detected ribotypes are derived from gamma proteobacteria that are related to but distinct (>6.5% sequence divergence) from T. turnerae. In situ hybridizations with 16S rRNA-directed probes demonstrated that the pattern of occurrence of symbiont ribotypes within bacteriocytes was predictable and specific, with some bacteriocytes containing two symbiont ribotypes. However, only two of the six possible pairwise combinations of the four ribotypes were observed to cooccur within the same host cells. The results presented here are consistent with the existence of a complex multiple symbiosis in this shipworm species.
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biological technician
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There are also species of fireflies that mimic the flashing patterns of other species - when an unsuspecting lightning bug arrives expecting to mate - the mimic kills and devours it.\n\nThe actual mechanism for producing the bioluminescence is a chemical known as luciferin. This is a generic name for the light-emitting pigments found in several organisms. There are several specific types of luciferin. When a firefly wishes to flash, it activates nerves that introduce luciferin into specialized cells. There, in the presence of the enzyme luciferase, luciferin converts to oxyluciferin and cool light.
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http://www.sitefoundry.com/biorhythms/
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http://www.chembio.uoguelph.ca/educmat/Chm258/enzplots.htm\n\nsee if that site helps any.  If not.  I can give you a very confused book answer from my Biochemical Calculations text.  It might be hard to explain online though, sorry.  The text I use (as a graduate student--biotechnology) is Biochemical Calculation 2nd Ed. by Irwin H. Segel, it's a great book.