Sensitive Skin

Sher skincare company. Sensitive Skin - Acne - Rosacea - Antibiotics - Skin Supplements - Teenage Acne Introduction The Sher System Helen Sher Anita Vukomancic Philosophy The Face Debate Search Contact Us Skin Questionaire At last, a skincare company that loves your skin more than you do. Is clear, healthy skin important to you? The Sher System is unique, it is based on the philosophy that water is the most important and effective element in promoting inner and outer health and beauty. It is said that the Sher family have revolutionised skincare in Britain (Tatler, 1993) with their water based system for men, women and teenagers. Does the world really need another skincare company? we believe it does!. After many years of research and development we have identified that missing link between dermatology and cosmetology We are successful in treating acne and rosacea – research shows that around 30% of people continue to suffer with acne into adult life. Rosacea affects an estimated 45 million people worldwide. We opened in September 1991 with a new attitude, one of total customer care, in a relaxing studio at 30 New Bond Street, in the heart of London. Most of all, we teach our clients how to obtain and maintain clean, healthy, glowing skin like no one else can, for the rest of their lives. Our new DVD/Video will enable everyone, wherever they are in the world, to see our studio, and to observe three different case studies. It is informative, educational and will benefit everyone who wishes to improve the condition of their skin. For information on the Sher products please e-mail: skincare@sher.co.uk Home The Sher System Helen Sher Anita Vukomancic Philosophy The Face Debate Contact Us Skin Questionaire

SOAP 1.2 hopefullywill allow

REST + SOAP intertwingly It's just data REST + SOAP By Sam Ruby, July 20, 2002. Preface The introduction of the WebMethod Specification Feature in SOAP 1.2 hopefullywill allow the continuing REST vs SOAP debate to focus on thesubstantive differences between these two approaches. Thisessay captures what I consider to be the strengths of eachapproach, and outlines a path whereby one can "cherry pick" thebest features of each in designing an application. Rest vs RPC In reality, there aren't two sides. There are at leastfour. Everything is a resource Everything is a get Everything is a message Everything is a procedure Furthermore, everything doesn't fit into such neat littlebuckets. Anyway, each of these points of view are limiting insome way that their adherents are typically too blind to see. If all you have is a hammer, then everything looks like a nail, andall that. Telling these guys apart is sometimes difficult. Here's afew clues. Read them along the lines of a Jeff Foxworthy "you might be a redneck if..." You might be a Resource guy if you actually use HTTP PUT You might be a Get guy if you use URLs to request parameterizedactions You might be a Message guy if you actually use XMLattributes You might be a Procedure guy if you feel you must encode XML inorder to pass it as a parameter OK, So, I won't quit my day job. But the key points hereis that not all HTTP GETs are RESTful, nor are all SOAP callsRPC. Brief history of software engineering 1960s Every assembler instruction and data location was individuallyaddressable. Code and data areinterchangeable. 1970s Gotos are consideredharmful . Subroutines provided parameterized andcontrolled entry points. 1980s SQL and relational databases were introduced. All datacould be accessed and manipulated with insert, select, update, anddelete statements. 1990s Subnets were bridged by an "inter-net" protocol. Subroutines with parameters became objects with messages byvirtue of moving the first parameter outside of theparenthesis. Stored procedures became the norm for any operation thatmodifies relational databases. 2000s TCP/IP displaced the subnet protocols it was supposed tobridge HTML replaced "green screens" as the popular source for "screenscrapping" Service Oriented Architecture s and Application Level Inter Networking isintroduced. Several key points here. If your leanings are towardsREST, then contemplate the notion of stored procedures: why do mostmodern relational database systems support such a concept? What problem do stored procedures solve? If your leanings aretowards SOAP, get prepared for the object reference to move outsideof the parenthesis. Either way, realize that things youbelieve in strongly today may - nay will - get abstracted away inthe future. Resources vs Services From a protocol (i.e., what goes across the wire) perspective -what's the key difference? To put it in the most simplest ofterms, the difference is between what goes inside the envelope andwhat goes outside. When you mail a check to a credit cardcompany, do you put your account number inside or outside of theenvelope? This difference might seem a bit esoteric, but theobject oriented revolution can also be expressed in similarlysimple terms. An example of the difference is encoding - in other words,specifying the character set used. If you send XML over HTTP,there is a redundancy. XML provides for the specification of encoding ,as does HTTP . The fact is, when you have two places where a pieceof data can be represented, you open up the possibility ofconsistency problems. This exists in HTTP as HTTP is designedto be independent of the representation of the resource, and itexists in XML as encoding is not only relevant during transfer, butalso when it is locally transformed or stored. The most extreme difference between these two models is on thename of resource itself. In REST, the resource is identifiedoutside of the envelope a Uniform Resource Identifiers (URI). While SOAP doesn't preclude this possibility, most soap servicesdeployed today aren't designed in this fashion. This is notall bad. Once you realize that an architecture point of view,whether this service is accessed via GET or POST doesn't make itany more RESTful, you realize that Google is a service. Onewhich permits parameters to be encoded on the URL. Key point here: when designing for resilience in the face ofchanging requirements, it generally behooves one to make choicesthat preclude the least number of future alternatives. Inparticular, one needs to be prepared for the dynamic creation ofnew resources, parameterized requests, and obtaining theidentifiers of resources in responses. The Dark Matter of the Internet Cosmologists have long posited the existence of dark matterwhose sole purpose is to contribute enough inertia to stop theinfinite expansion of the universe. In physics, the way onegenerally makes observations is by bouncing a few photons off ofthe subject. For large bodies, the effect on the subject isminiscule and can largely be ignored. On the internet, the analogy to a photon would be a HTTPGET. Clay Shirkey wrote an excellent article referring to PC's as the dark matter of the internet, largelybecause, they as a general rule, don't respond to HTTP GET. Unfortunately, the same is true of virtually al SOAP 1.1services. While they may interact with one another usingalternate mechanisms over HTTP, they don't interact with HTTP GETmaking them all but inaccessible to a large number of clients. SOAP 1.2's WebMethod feature provides the means to shed some light on thissituation. In the words of the spec Applications SHOULD use GET as the value of webmeth:Method in conjunction with the 6.3 SOAPResponse Message Exchange Pattern to support informationretrievals which are safe, and for which no parameters other than aURI are required; I.e. when performing retrievals which areidempotent, known to be free of side effects, for which no SOAPrequest headers are required, and for which security considerationsdo not conflict with the possibility that cached results would beused. The key point here is that applications that desire to bebroadly accessible should be designed with this in mind - in otherwords, to maximize their visible surface area. Structural support I have the utmost respect for those individuals who developed theprotocols that became the backbone of the modern internet. However, I also have equal respect for those that built thenetworks that allow our financial institutions to securely transferfunds (e.g., CICS ). And for those that have developed OLTP databases that are capableof handing hundreds of thousands of transactions per second andterrabytes of data (for examples, see TPC ). It is worth noting that many web sites are updated usingmechanisms such as ftp and xcopy. So, while REST is clearlyTuring complete, its best known application (i.e., the internet),only clealy demonstrates its applicability and scalability tohighly read only and mostly public data. It is theexpression of higher level operations (particularly ones thatperform non-atomic updates) that SOAP's value proposition becomesapparent. Sometimes, one truly wants to have an atomic"transfer funds from savings to checking" transaction instead ofsimply a series of discrete GET and PUT's. And for all of it's greatness, REST does little to assure thatthe HTML I produce will render properly in the browser of yourchoice. That's simply left as an exercise for thestudent. That's where WSDL comes in. WSDL builds uponyour choice of schema languages (though XML Schema seems to havetake an early and apparently commanding lead at the moment) andadds the notion of a PortType: namely if my service gets a messageof a given shape, it will promise to return a message of a givendescription otherwise it will produce a fault. Finally one of the key success factors of the web is notdirectly related to REST at all, but instead to HTML. This isthe simple statement in the original HTMLInternet Draft that any undefined tags may be ignored byparsers. This lead the way to a predictable path of evolutionof the HTML standard where new content could remain backwardscompatible with older browsers. As I argue in Coping with Change and A Busy Developers Guide to WSDL 1.1 , these simple principlescan be applied to Web Services. However, as this rule is notreflected in (or precluded by, for that matter) the current SOAPspecifications, one unfortunately can not rely on all toolkits toimplement it. If one could, the rules for evolving a webservice would allow adding optional parts/elements with uniquequalified names (that's the combined namespace name plus the localname) to existing services. Ideally, such rules would permitthe inclusion of optional/ignorable/mandatory flags in the body, akin to the mustUnderstand attribute already permitted in the header. The key points here are that much of the value (in even fullyRESTful systems) is in the precise documentation of the structuresexpected in requests and responses. Unification It should be clear from the above that I believe it is quitepossible to productively apply both supposedly incompatibleapproaches together. I'll sketch it out below, inprescriptive form. Note: while this is proscriptive, it isexpected that local adaptations will be provided. Start by modeling the persistent resources that you wish toexpose. By persistent resources, I am referring to entitiesthat have a typical life expectancy of days or greater. Ensure that each instance has a unique URL. When possible,assign meaningful names to resources. Whenever possible, provide a default XML representation foreach representation. Unlike traditional object orientedprogramming languages where there is a unique getter per property,typically there will be a single representation of the entireinstance. These representations will often contain XLinks(a.k.a. pointers or references) to other instances. Now add high level methods which take care of all compositecreate, update, and delete operations. A key aspect of thedesign is that messages for these operations need to be selfcontained - both the sender and receiver should be able to make theabsolute minimum of assumptions as to the other's state, andmultiple requests should not be required to implement a singlelogical operation. All requests should provide the appearanceof being executed atomically. Query operations deserve special consideration. A generalpurpose XML syntax should be provided in every case. Inaddition, when a reasonable expectation exists that queryparameters will be of a relatively short size and not requiresignificant encoding, then a HTTP GET with the parameters encodedas a query string should also be provided. Implications The following table emphasizes how this unified approach differsfrom the "pure" (albeit hypothetical) different positions describedabove. Resource POST operations explicitly have the possibility of modifyingmultiple resources. PUT and DELETE operations are rarelyused, if ever. GETs may contain query arguments. Get GETs must never be used for operations which observably changethe state of the recipient. POST should be usedinstead. Message Do not presume that URLs are static, instead presume that theyidentify the resource. In particular, recognize thatURLs can be dynamically generated. Expect URLs of other SOAPResources in responses. Use the SOAP Response MEP for pureretrieval operations. Procedure Treat the URL itself as the implicit firstparameter. Allow URLs to be dynamically generated, andreturned in structures. Use HTTP GET for retrievaloperations. Conclusions Looking to the future, the application level inter -networking protocols that emerge today will likely bethe application level intra -networking protocols of the nextdecade. Both REST and SOAP contain features that the otherslack. Most significantly: REST - SOAP = XLink The key bit of functionality that SOAP applications miss todayis the ability to link together resources. SOAP 1.2 makessignificant progress in addressing this. Hopefully WSDL 1.2will complete this important work. SOAP - REST = Stored Procedures Looking at how other large scale systems cope with updatesprovides some key insights into productive areas for futureresearch with respect to REST. Finally, it bears repeating. Just because a service isusing HTTP GET, doesn't mean that it is REST. If you areencoding parameters on the URL, you are probably making an RPCrequest of a service, not retrieving the representation of aresource. It is worth reading Roy Fielding's thoughts on the subject. The only exception to this rulethat is routinely condoned within the REST crowd is queries. Acknowledgements Thanks go out to MarkBaker , PeterDrayton , SimonFell , and Paul Prescod for their inspiration and input to this essay. Search

Skin Treatment

Skin Deep - skin treatment program • Do you carefully follow your doctor's advice, but are not getting the relief you hoped for? • Does your skin problem leave you feeling anxious, blue, ugly, dirty or unlovable? • Do you find yourself preoccupied with your skin at work or play? • Is your skin problem stopping you from fully participating in relationships or activities? • Do you suspect that your skin problem is just the tip of the iceberg and need support to take on the larger life issues underneath? • Are you scratching, picking or squeezing a problem? • Does your skin problem get worse with emotional stress or in ways that make no sense to you? The SKIN DEEP Program can help. See What It's All About On CBS Healthwatch. Treat the root of the problem Learn how psycho- dermatology works Here are the most common reasons people do the SKIN DEEP Program: - acne - allergies of the skin - alopecia - canker sores - eczema - herpes (oral and genital) - hives - pain - picking - psoriasis - rosacea - scratching - shingles - vitiligo - warts Click here for specific suggestions.   Dr. Ted Grossbart's SKIN DEEP approach has been featured on network, public and cable TV, and radio. He is on the faculty at Harvard Medical School and on the staff at Beth Israel-Deaconess Hospital. His book "SKIN DEEP: A Mind/Body Program for Healthy Skin", now in its second edition, presents his approach. (New) Dr. Grossbart in the New York Times (New) Dr. Grossbart in the Blogosphere (New) Special Note on Skin Picking Take our QUICK QUIZ Read the Book Multimedia: How Skin Deep Really Works Audio: Your Skin in Your Life Drama About Dr. Grossbart   |   In-person consultation   |   Read the book   |   E-mail contact   |   Search

Sun Tan Lotion

ArizonaSun.com - Sun Care, Sun Block, Sun Tan Lotion, Skin Care & Moisturizer from Arizona Sun My Account | View Cart | Contact Us | Search Shopping Cart 0 Products $0.00 Home | Our Story | Testimonials | Awards | Contact Us | Wholesale | ASI/Promotions | Sitemap Search Home Skin Care Moisturizers Sun Care Bath Products Sample Travel Sizes Lip•Kist® Lubricants Gifts Gift Sets General Gifts Gift Baskets Gift Certificates For Kids Sun Care Candy Sun Fashions Apparel Other Products Candy General Gifts Lubricants Our Story Testimonials Awards Wholesale ASI/Promotions FAQ's Monthly Newsletter Enter your email address Our entire line of moisturizers, sun blocks, sunscreens, suntan lotions, bath, body and lipbalm are made from plants and cacti which provide the perfect natural ingredients for skin care. These compounds and other good things were the basis of how Native Americans and early settlers protected their skin! We don't just moisturize your skin... our skin care products protect against all of the elements. TWO SPF 30 Oil-Free Sunscreen/Sunblock - 4 oz." border="0" height="150" width="150" / TWO SPF 30 Oil-Free Sunscreen/Sunblock - 4 oz. $17.50 Special - 2 Skin Moisturizers - SPF3 - 16 oz." border="0" height="150" width="150" / Special - 2 Skin Moisturizers - SPF3 - 16 oz. $40.00 Travel/Beach Bag $18.95 World Famous Arizona Sun® Skin Care Products Gift Sets available in decorative packaging for you and yours to celebrate any occasion! Great gifts for travelers on the go! Golfer's Delight with LipKist® Skin Care Gift Set" border="0" height="150" width="150" / Golfer's Delight with LipKist® Skin Care Gift Set $7.70 Three ArizonaSun® Skin Care Product Samples and LipKist® Lip Balm" border="0" height="150" width="150" / Three ArizonaSun® Skin Care Product Samples and LipKist® Lip Balm $7.95 ArizonaSun® Fun in the Sun 5-Pack Skin Care Gift Set $43.50 Moisturizers"Moisturizers Sun Care"Sun Care Bath Products"Bath Products Sample Travel Sizes"Sample Travel Sizes Lip•Kist®"Lip•Kist® Sun Care"Sun Care For Kids Candy"Candy Apparel"Sun Fashions - Apparel Lubricants General Gifts"General Gifts Our Story Testimonials Awards Wholesale ASI/Promotions © 1982 - 2005. All Rights Reserved Home Shopping Cart My Account Contact Us Terms & Conditions Privacy Policy Menu Name

exfoliate skin Leaves skin

Kiehl's | Pineapple Papaya Facial Scrub 0 Items Sign In | Register Store Locator International Customer Service Face: Scrubs Entire Site Baby Body Equine Face Fragrance Gifts Hair Men Sun Browse by Category All Products Cleansers Scrubs Toners Serums Moisturizers Eye-Area Preparations Men's Shaving Facial Masques Targeted Treatments Lip Care Dermatologist Solutions Click below to search by one of the following criteria: Skin Type: All Products Very Dry Dry Normal to Dry Normal Normal to Oily Oily Concern: Oil Control Your Personalized Consultation Please complete your Kiehl's profile to view product recommend- ations most appropriate for you. Pineapple Papaya Facial Scrub View Label Add to Favorites Email a Friend Directions for Use Key Made with Real Fruit Fruit enzymes gently exfoliate skin Leaves skin refreshed, soft and clean Suitable for all skin types with the exception of acne-prone skin and very sensitive or irritated skin Not tested on animals This unique scrub and natural exfoliator is suitable for all skin types and utilizes small pieces of actual pineapple and papaya fruit as well as finely ground scrub grains to exfoliate the skin gently and naturally. In addition, the Papain and Bromelain known to be contained in the actual Papaya and Pineapple add a further natural exfoliating effect to remove dead skin cells and to leave the skin refreshed, soft and clean. The natural vitamin oils further enhance the superb skin effects of this special treatment. For more shaving and skincare tips click here . Size Chart 1 2 3 4 5 We invite you to select 3 complimentary samples of your choice at checkout with your order. Select an ingredient name to see more details. \n')" onMouseOver="loadIngDesc('ingBromelain')"Bromelain Select an ingredient name to see more details. \n')" onMouseOver="loadIngDesc('ingBromelain')" Found in pineapple, Bromelin is a protein-digesting enzyme. It is commonly used to gently break down dead surface skin cells. Select an ingredient name to see more details. \n')" onMouseOver="loadIngDesc('ingPapain')"Papain Select an ingredient name to see more details. \n')" onMouseOver="loadIngDesc('ingPapain')" Papain is a papaya enzyme with the ability to gently dissolve dry skin or hair. It is used as an exfoliant in face masques as its protein digesting properties allow it to dissolve necrotic (dead) skin cells. Select an ingredient name to see more details. \n')" onMouseOver="loadIngDesc('ingSesame_Oil')"Sesame Oil Select an ingredient name to see more details. \n')" onMouseOver="loadIngDesc('ingSesame_Oil')" Sesame Oil, which is a refined moisturizing oil derived from Sesame Seeds, has the same emollient properties as other nut and vegetable oils and is commonly used as a carrier oil for skin care products. Absorbs easily and softens the skin. Select an ingredient name to see more details. We regret that we do not ship outside the U.S. at this time for orders placed at kiehls.com. Please refer to our Kiehl's International Retail Locator for a directory of stores that offer Kiehl's products, listed by country. For shipments to countries not listed in our Kiehl's International Retail Locator, we invite you to use our Kiehl's By Mail service by telephoning 1-800-KIEHLS-2 (1-800-543-4572) or 1-732-951-4545. Related Products Creamy Eye Treatment with Avocado Foaming Non-Detergent Washable Cleanser Sodium PCA Oil-Free Moisturizer Tea Tree Oil Toner Quirky Quips As hearing from our cherished customers is a favorite part of our day, we invite you to submit your own stories or experiences with Kiehl's. Send us your story About Kiehl's • Comments & Suggestions • Privacy Policy • Site Map • Employment • Corporate Services • Our Mission © 2006 Kiehl's Since 1851