Swypers Industrial Hand & Tool Wypes
Hand & Tool Towels

Pre-moistened towels provide easy and effective waterless cleaning. Awesome product for any outside industry.

Effectively Cleans: Inks, Oils, Tar, Permatex, Graphite, Grease, Paints, Adhesives, Putty, and Asphalt

Chemicals That Fuel Your Sex Life

There are a host of sexual chemicals that affect your mind and body during and after sex. Check 'em out.
Prolactin;
What it does:Prolactin relieves sexual arousal after orgasm and takes your mind off sex. It rises sharply immediately after orgasm in almost everyone. It's one of the few moments of the day when we men aren't preoccupied with sex.
How it makes you feel:
Prolactin disengages you from sex after an orgasm, allowing you to think of other things besides the naked woman right in front of you. If after sex your mind is flooded with activities and chores you need to accomplish that day, that is prolactin at work. Just imagine how much more progress we could all make in our lives if they pumped this stuff into the water supply.
Oxytocin
What it does
Secreted by the pituitary gland, oxytocin stimulates the prostate, causes muscle contractions and sensitizes nerves. Research has shown that increased oxytocin produces more intense orgasms.

History of anesthesia

History of anesthesia
Methods for lessening the sensation of pain during surgery date back to ancient times. Read more: Anesthesia - body, used, chemical, methods, gas, cells, effects, cause, change, History of anesthesia, Emergence of anesthesiology, Types of anesthesia http://www.scienceclarified.com/Al-
Emergence of anesthesiology
Anesthesiology was slow to develop as a medical specialty. By the end of the nineteenth century, ether—which was considered safer than chloroform—was administered by persons with little medical experience. Nurses were eventually assigned to this task, becoming the first anesthetists at the turn of the century.Read more:
Types of anesthesia
Modern anesthesia uses both chemical agents and nondrug methods as preparation for medical procedures. Chemical agents are drugs that can be administered by mouth, by injection into muscle or under the skin with a needle, intravenously (by needle into a vein), or with a gas mask for inhalationRead more:

Burns, Chemical

Background
Chemical burns can be caused by acids or bases that come into contact with tissue. Acids are defined as proton donors (H+), and bases are defined as proton acceptors (OH-). Bases also are known as alkalis. Both acids and bases can be defined as caustics, which cause significant tissue damage on contact.
Pathophysiology
Most acids produce a coagulation necrosis by denaturing proteins, forming a coagulum (eg, eschar) that limits the penetration of the acid. Bases typically produce a more severe injury known as liquefaction necrosis.
Sex
Assaults with caustic chemicals worldwide are more likely to occur against women.4
Age
Adults and children are nearly equally exposed to caustic chemicals. Adults exposed to industrial strength chemicals often suffer more severe burns.

Health and Medicine:

Authors:Organizing Committee for the Workshop on Health and Medicine, Committee on Challenges for the Chemical Sciences in the 21st Century, National Research Council Authoring Organizations
Description:The report assesses the current state of chemistry and chemical engineering within the context of drug discovery, disease diagnosis, and disease prevention. Also addressed are chemical and chemical engineering challenges in pharmaceutical synthesis, delivery, and manufacture. ...Read More

Chemical Senses

View Current Issue (Volume 35 Issue 6 July 2010)
Advance Access Browse the Archive View all Supplements
Chemical Senses publishes original research and review papers on all aspects of chemoreception in both humans and animals. An important part of the journal's coverage is devoted to techniques and the development and application of new methods for investigating chemoreception and chemosensory structures.

The Chemical Senses

Overview.

Three sensory systems associated with the nose and mouth—olfaction, taste, and the trigeminal chemosensory system—are dedicated to the detection of chemicals in the environment. The olfactory system detects airborne molecules called odors. In humans, odors provide information about food, self, other people, animals, plants, and many other aspects of the environment. Olfactory information can influence feeding behavior, social interactions and, in many animals, reproduction. The taste (or gustatory) system detects ingested, primarily water-soluble molecules called tastants. Tastants provide information about the quality, quantity, pleasantness, and safety of ingested food. The trigeminal chemosensory system provides information about irritating or noxious molecules that come into contact with skin or mucous membranes of the eyes, nose and mouth. All three of these chemosensory systems rely on receptors in the nasal cavity, mouth, or on the face that interact with the relevant molecules and generate receptor and action potentials, thus transmitting the effects of chemical stimuli to appropriate regions of the central nervous system.