Kiss Me Like a Stranger : My Search for Love and Art The Selfish Gene Mr. Tambourine Man : The Story of the Byrds' Gene Clark Collector's Encyclopedia of Depression Glass (Collector's Encyclopedia of Depression Glass) The Wizard (The Wizard Knight, Book 2) The God Gene : How Faith is Hardwired into our Genes The Prisoner in the Third Cell Kiss Me Like A Stranger : My Search For Love and Art [UNABRIDGED] The Creative Age : Awakening Human Potential in the Second Half of Life

• Maps , chromosome location of genes and other molecular items .
• Genes , alleles, annotated genome, proteins, their function and expression patterns. ...
• Drosophila Genes.
• Information on Drosophila genes, alleles, annotated genome, proteins, their function and expression patterns. ...
• Genes search (all options) -- search for genes that match keywords and symbols or briefly: .
• Gene Products -- search and browse polypeptides and transcripts associated with genes .
• Gene Ontology Function, Component, Process and Structure -- search and browse genes organized by molecular function, cellular component and biological process (Gene Ontology) and structure. ...
• Map of Genes -- Genes arranged on a cytological map .
• Recently updated genes -- gene data not yet in current release, updated nightly .
• Interactive Fly: contents, hierarchy & help -- cross-index to FlyBase genes .
• Genes listed by symbol folder 11-Mar-04 .
• List New genes -- recently added, new gene records (not yet integrated with full data set) .
• List Existence-uncertain genes -- data on these genes are too limited to verify they exist. ...
• Reference Manual: Genes section & Synonyms section .
• Genes search help .
• Genes data acode 139 Mb, 25-Jan-05 .

• Search GENES database using DBGET.
• Database: GENES.
• KEGG Genes Database Release 33. ...
• Full text search against GENES using STAG.
• Update status of the GENES database.

• We have conducted a census from the literature of mutated genes that are implicated in the causation of human cancer (cancer genes). Currently, more than 1% of all human genes are cancer genes, of which approximately 90% exhibit somatic mutations in cancer, 20% bear germline mutations that predispose to cancer and 10% show both somatic and germline mutations. The census is dominated by genes that are activated by somatic chromosomal translocations amongst leukaemias, lymphomas and mesenchymal tumours. The most commonly represented domain encoded by cancer genes is the protein kinase, followed by domains involved in DNA binding and transcriptional regulation. ...
• The protein domains encoded by cancer genes have been compared to the domains encoded by randomly selected human genes (Table 2). The most common Pfam domain encoded by cancer genes is the protein kinase domain which is approximately four-fold overrepresented amongst cancer genes compared to randomly selected human genes. Domains involved in DNA binding, transcriptional regulation and DNA repair are also common amongst cancer genes and overrepresented compared to randomly selected human genes. ...
• We have compared the protein domains encoded by cancer genes according to whether mutations in the cancer gene act in a dominant or recessive manner, whether the mutations are somatic or present in the germline, the tumour types in which the mutations are found and the classes of mutation (Table 3). ...
• Above is the working list of known cancer genes. ... We have sorted the data in a number of ways to list subsets of cancer genes with similar features. ...
• The working set of cancer genes .
• Pfam domains - in the cancer genes .

• Finding the Genes that Determine Canine Behavior.
• The following is an explanation of how scientists working on the Dog Genome Initiative are going about trying to identify genes that determine behavior or inherited diseases in dogs. ...
• Start by thinking of GENES as pearls on a string (made of DNA instead of oyster saliva).
• Now suppose that you wanted to know how many of these genes it takes to control something as complicated as the behavioural trait we call "eye" and you wanted to know which particular ones, on which particular strings, do the job. ...
• The micro-satellites have three properties that make them incredibly useful to researchers who want to find the genes that control particular traits.
• So, although both humans and dogs carry genes for blue and brown eyes, and red and black hair (and probably for behavioral things like attention spans and ability to see and hear), the years of breaks and repairs that have gone on between us will lead to differences in the positions and lengths of the micro-satellites.
• Now remember that nobody knows where the behavior genes are (or even how many exist, or which types of behavior are influenced by genes). ... How can they use this information to find the behavior genes?.
• By analyzing the behavior of this first cross, the scientists can make some guesses about the relative strengths of the different behavior genes, (though they won't yet be able to say how many there are or where they sit on the chromosomes). ... If they tend to do both, paying attention with both their ears and their eyes, the genes would be said to be CO-DOMINANT. ... Stationary genes on chromosome 4 are not co-dominant, but that paying attention only to moving things is dominant over paying attention to both moving and stationary things. ...
• This is a dog that has copies of the border collie genes for LOOKING and STATIONARY/MOVING and doesn't have copies of the newfoundland genes. We don't know where these genes are yet, all we know is that we have found a dog that has them. ...
• But we can't yet conclude that the Looking and Stationary/Moving genes are on chromosomes 2 and 4 because this dog also has two sets of border collie chromosomes 7, 9 and 13. Though these chromosomes don't carry any genes that we're interested in, we don't know that yet. ...
• We haven't learned anything more about the Stationary/moving gene because this dog has the dominant trait (looking at only moving things) that can result from having either two pure copies of newf genes (m) or one copy each of the border collie (Sm) and the newfoundland (m) gene.

• strategies | help | resources |  your genes | intersect .
•    Your Genes, Your Choices.
• The full text of Your Genes, Your Choices can be found at: http://ehrweb. ...
• Your Genes, Your Choice.
• strategies | help | resources | Your Genes | intersect  .

• tuberculosis genes.
• Sequence, homology (similarity to other genes) and structural information, and function (if known) are provided. ...

• Your Genes.
• And it's even harder to believe that within every one of those cells are 50,000 to 100,000 genes. ...
• What are genes? They are your body's unique code -- a set of information and instructions that makes you the individual that you are. You inherit your genes from your biological parents. Your genes determine the color of your eyes, your height, and many other things. ...
• Plants, animals, and even bacteria also have genes. ...
• Genes are made of a substance called DNA, which stands for deoxyribonucleic (dee-OX-ee-rye-bow-new-KLAY-ick) acid. ...
• Not all of your genes are active in every one of your body cells. Each different kind of cell (a liver cell or nerve cell, for instance) turns on the specialized genes that the cell needs to do its job. ...
• Faulty genes can cause certain diseases. People can inherit faulty genes from their parents, or functional genes can mutate (change) before or after birth and cause disease, including cancer. ...
• Genes are very complicated. ...

• For faster access to Genes Dev. ...
• Genes & Development is published by Cold Spring Harbor Laboratory Press.
• Genes & Development Online is published with the assistance of Stanford University's HighWire Press ®.

• Genetic Science Learning Center at The University of Utah   Home   About Us   Feedback   |  Teacher Resources and Lesson Plans Home The Basics and Beyond Genes and Blood Type Genes and Blood Type.

• NIGMS > News & Publications > Science Education > Genes & Populations .
• Genes y Poblaciones.
• (requires free Adobe Acrobat Reader) After decades of research, scientists have identified all of the genetic "letters" that spell out the "words" of our genes. This library of genes--- called the human genetic code, or the human genome--- is the complete set of instructions for creating you or me. ... It will be many more years before researchers figure out what all of our genes do. ... By participating in genetics research, you can help scientists understand how our genes influence the diseases we develop. ...
• Does everybody have the same genes?.
• How do scientists learn how genes play a role in our risks for fighting or developing disease?.
• How do scientists find genes linked to human diseases? .
• Have researchers figured out how errors in genes can cause disease?.

• Female orgasm is in the genes.
• A woman's ability to reach orgasm is partly due to her genes, a unique study of Australian twins has found.
• And the relative importance of environmental factors versus genes seems to vary depending on whether a woman masturbates, has sexual intercourse or oral sex.
• The people in the study included genetically identical twins and non-identical twins, with the difference between the two shedding light on the contribution of genes versus environment on behaviour.
• The researchers found that when women try to reach orgasm through masturbation about half (51%) of their chance of success depended on their genes.
• When they had penetrative sex, genes accounted for just 31% of their chance of success, and 37% when a women and her partner used other methods.
• Australian reproductive physiologist Dr Gemma O'Brien from the University of New England in Armidale welcomes the research but says on its own it is of limited use in understanding the influence of genes and environment on orgasm.
• She says it is important to work out which parts of the body genes are influencing. Genes may influence the reproductive tract, and also the development of the hormone system, the nervous system and the brain, all of which can influence orgasm.
• She says genes may, for example, be influencing the quality of the emotional seat of the brain, the limbic system, which is involved in orgasm. ...

• The Natural History of Genes program website is now part of the Genetic Science Learning Center website.
• If you were looking for a particular page on the Natural History of Genes, use the chart below to find its new location. ...
• Natural History of Genes .
• Genes and Blood Type.
• Genes and Blood Type.
• Homeotic genes: Why is an arm an arm?.
• Genes Determine Body Plan.

Do you have a great site about Genes? Is your Genes site listed here? Would you like a prefered placement of your site in this directory?

It's easy! First place, the HTML from the box below on your page that you would like listed in this directory.

Then use our link submission request with your name, your contact information, and the URL of your site that has a link to this directory. After we verify your link to us, we'll make sure your site stays in our directory, and we'll give it prefered placement here also.

Here is how to make a simple text link to us. Just copy the code in this box to your website:

We can also develop a custom Guide To The Internet for your site. Please request your own custom Guide To The Internet.