Adenna Miracle Nitrile Gloves have received a 4.0 rating of "very good" by The Dental Advisor. Here's what The Dental Advisor had to say: The packaging makes dispensing easier than many other nitrile gloves. 49% of consultants rated Adenna's MIRACLE® nitrile exam gloves better than other nitrile gloves they were using and 32% rated it equivalent. 57% percent would switch to MIRACLE® and 81% would recommend the product to a colleague.    Consultants’ Comments “Great color.” “Stretch more than other nitrile gloves.” “Finally…a glove with fingers that are long enough!” “Soft feel and good tactile sense.” “Gloves were not packed overly tight in the box...

Blossom's Avocado Green Nitrile Gloves received a rating of 4.0 from The Dental Advisor. Here's what The Dental Advisor had to say: Blossom® Avocado Green Nitrile Examination Gloves have a soft feel and a pleasing color. Resistance to tearing received numerous positive comments, and the gloves felt strong. The textured fingertips minimized slipping of instruments while maintaining a good tactile sense. The glove sizing ran small, and many consultants found they had to wear a size larger than usual. Consultants’ Comments “I like the light green color.” “They do not tear while donning.” “Non-slip grip. I was able to handle...

Adenna Precision Nitrile Gloves have been receiving some excellent reviews and they are one of our top-selling gloves.  Here's what The Dental Advisor had to say: 54% of consultants rated PRECISION® Nitrile Powder Free Exam Gloves better than other nitrile gloves they have used and 37% rated them equivalent. 81% of consultants would switch to these gloves and 91% would recommend them. Consultants’ Comments ➢ “Thin yet resistant to tearing.” ➢ “Good fit for non-latex gloves.” ➢ “Very little sagging, and when pulled on they stayed in position – no slipping off.” ➢ “The grip is better than other nitrile...

Always store Adenna gloves in the original packaging in a cool, dry and well ventilated area. Stay away from dust, sunlight, moisture, X-ray, and excessive heat above 100° F (37° C).

Adenna uses only USP (United States Pharmacopeia) absorbable dusting powder, or modified cornstarch on the powdered gloves as a donning agent. We also use calcium carbonate as a mold-releasing agent to aid in removing gloves from the formers (hand molds).

Chlorination is a process where chlorine, ammonia, water and other chemicals are used in the manufacturing of gloves. Adenna Gold Latex Powder Free Exam Gloves are manufactured with a proprietary single chlorination process.This chlorination process removes powder and breaks down latex protein as well as chemical residue on or near the glove surface. Then through multiple washing and leaching processes, the protein and chemicals are further reduced to produce Adenna Gold gloves that meet the FDA's lowest allowable protein claim of less than 50 mg/dm2 of glove.

A poor chlorination process (including over-chlorination. can result in gloves that are brittle and weak, tear easily, and have dark yellow or brown discoloring. Sometimes the gloves can be very sticky and make donning impossible; or be very slippery without grip on the surface. Poor chlorination also produces gloves that have a strong chlorine odor.Adenna developed a single chlorination process that avoids all the above problems and gives users Adenna Gold: a glove that is very light in color, odor free, strong and durable. The interior smooth surface makes donning the glove very easy, yet, the outer textured surface maintains...

Yes, Adenna gloves are safe to be used in all types of food preparation or handling procedures. The USDA does not establish any official regulatory requirement for approval of gloves, but follows the guidelines of the FDA's specifications. Adenna exam gloves, which are made in compliance with the FDA and the Federal Food, Drug and Cosmetic Act (FFDCA), are therefore safe for preparing, washing and processing meat, poultry, seafood, vegetables, desserts, beverages, etc in all USDA inspected establishments.

The fit and comfort level of a glove have a great impact on your ability to perform your tasks. Here, we compare the properties and characteristics of different synthetic glove materials to latex: Material Properties Characteristics Latex Soft, elastic, stretchable, great elongation Fit well and comfortable Vinyl High modulus, low elongation Limited flexibility and dexterity Type I - Latex protein hypersensitivity (IgE mediated allergy) Immmediate localized itching, burning and discomfort, hives within 5 to 60 minutes after exposure, rhinitis, asthma and in serious cases, anaphylactic shock and in rare cases, death. Residual extractable protein in natural rubber latex products Polyurethane...

Vinyl (PVC) is one of the synthetic materials used in the manufacturing of exam gloves. However, research has shown that vinyl gloves are not as strong as latex gloves and they can be punctured more easily. They fit loosely to the hands due to their limited ability to stretch, and they are not as good as latex gloves in barrier protection. Latex gloves, with their excellent durability, fit better and more comfortably on the hands and stretch with more elasticity. They are stronger and provide superior barrier protection. Overall, latex gloves outperform vinyl gloves in both function and protection. However...

The FDA and ASTM have established the lowest allowable water-soluble protein claim for any exam gloves to be 50 ug/gm of glove. Adenna Latex Exam Gloves have received FDA 510(k) letters to be lawfully marketed with such a protein claim. This protein claim can be found on the glove dispensing box.

Due to the different manufacturing processes for powder free gloves, they are not 100% completely powder free. The definition of powder according to the ASTM is anything that does not pass through a 2.7 micrometer glass microfiber filter by using suction filtration. These may include cornstarch, calcium carbonate aggregates, latex particles, synthetic debris, packaging fibers, non-soluble lubricants, dust, etc. Currently, Adenna manufactures all powder free exam gloves at a maximum powder limit of 2 mg per glove.

Glove powder, used in the manufacturing process as a mold releasing agent and a donning lubricant, is also believed to be one possible cause of sensitization. However, it is important to understand that glove powder or cornstarch powder itself is not known to be an allergen.It is during the manufacturing process whereby the glove powder can absorb some soluble protein, and via aerosolization, these powder particles become airborne. Inhalation or direct contact with these powder particles is alleged to bring about allergic reactions.Therefore, it is important to use only gloves with low protein and low powder content, such as Adenna...

There are medications available to help alleviate some symptoms of latex allergy, but currently, there are no permanent treatments or cure.

There are several things you can do to help relieve these glove-related irritations or reactions: Consult with your physician, an occupational health professional or a dermatologist; Use powder free gloves that are low in chemicals; Try wearing cotton or nylon glove liners; Change gloves frequently; Change detergents or soaps used in washing hands; Wear larger size gloves to allow for air circulation; Switch to a different brand of gloves; Use anti-inflammatory or healing hand lotions or hand creams in between or after glove use.

People who have a latex allergy may be allergic to some foods, as well. This is called a cross reaction. When this happens, your body responds with the same allergic symptoms that you would have if you were exposed to latex. Cross reactions differ from one person to another. Someone may have a reaction to all the foods noted to cause cross reaction while another may have no reaction at all. Likewise, if you are allergic to any of these foods, you may also be allergic to latex: apples, bananas, kiwi, peaches, plums, figs, grapes, melons, papaya, passion fruit, cherries,...

Only people who may be exposed to body fluids, like health care workers, need to use latex gloves. Other materials, such as vinyl, will usually provide adequate protection for house cleaning, food service and restaurant workers, day care workers and others. If you must use latex gloves, use powder-free gloves to reduce the amount of latex protein that can get into the air.

If you have these symptoms, do not use latex gloves or other latex products. See a doctor who is experienced in diagnosing and treating latex allergy. If you must wear gloves, use non-latex gloves. Learn all you can about latex allergies. If possible, avoid contact with latex products. If you have to wear gloves at work, ask your employer for nonlatex gloves. Ask your health care provider if you should carry an emergency epinephrine kit. Wear a personal medical ID bracelet with information about your allergy. Before any dental or medical procedures, tell your health care provider about your allergy....

Some of the symptoms of a latex allergy are: skin rash or itching (usually on the hands); hives; swollen, red skin; swollen lips and tongue, with difficulty breathing; shortness of breath, wheezing; dizziness; fainting; stomach pain; diarrhea; shock (rare, except in people who have chronic allergic reactions to latex products). If you have these symptoms, do not use latex gloves or other latex products. See a doctor who is experienced in diagnosing and treating latex allergy. If you must wear gloves, use non-latex gloves.

Latex allergies, which emerged as a medical concern in the early 90's, affects approximately 2 -3% of general population in the United States, including up to 10% of health care workers. A select group of people are also at higher risk than others, such as healthcare workers, children and individuals with spina bifida, persons with multiple operations and certain industry workers, such as those in the rubber industry. People at greatest risk include: people with allergies who may have cross reactions children with spina bifida or multiple surgeries; health care workers and housekeeping staff in health facilities; people who require...

The adverse reactions associated with natural rubber latex affecting some individuals can be classified into the following three types: REACTION TYPE SYMPTOMS POSSIBLE CAUSES Irritant Contact Dermatitis (non-allergic) Rash, dry flaky skin with papules, cracks and sores Too frequent hand washing, glove powder, detergents and soaps used in washing hands Type IV - Chemical protein hypersensitivity (IgE mediated allergy) Eczema, itching or inflammation of skin, formation of scales, 48 to 96 hours after contact Residuals of chemicals used in processing of gloves Type I - Latex protein hypersensitivity (IgE mediated allergy) Immmediate localized itching, burning and discomfort, hives within 5...

A latex allergy is a reaction to a protein in the sap of the rubber tree. If someone who is sensitive touches or breathes the protein, he or she can have an allergic reaction. Some of the other chemicals used in making latex gloves can cause serious allergies, as well. Also, latex gloves are dusted with powder to make them easier to put on and take off. When this powder combines with the latex protein, it can get into the air when the gloves are used and be inhaled. Some individuals may experience discomfort in the hands or have allergic...

Latex is natural rubber that is made from the sap of the Brazilian rubber tree. Hundreds of products may contain latex: medical devices (gloves, blood pressure cuffs, IV tubes and catheters); dental items (dams and orthodontic rubber bands); clothing (the elastic waistbands in pants and underwear); children's items (bottle nipples, pacifiers, teething toys and toys); household items (rugs, bathmats and rubber gloves); personal care items (diaphragms and condoms); office and school supplies (rubber bands, erasers, rubber cement and paint). Not all brands of all items contain latex. Check labels carefully or contact the manufacturer if you are allergic to latex.

A glove may have degraded when it turns hard or brittle and loses its elasticity, or turns too soft and does not return into shape after being stretched. Change of color in the glove should also be a warning sign. DO NOT use gloves that show signs of degradation. Always follow Adenna's guidelines in storing gloves to preserve their shelf life, and rotate stock by practicing FIFO, First-in First-out inventory control.

This is usually caused by the chemical reaction between your skin and the gloves. Before putting on gloves, your hands might come in contact with copper, iron or metal material, such as coins, or you may have heavy acidic perspiration in your hands. This can usually cause brown stains when wearing gloves. These brown stains do not affect the barrier properties of gloves.

It is recommended to use hand lotion in between or after glove use only. If you are to use hand cream or lotion under Adenna latex exam gloves, please choose one that is water-based and not petroleum.

Non-sterile gloves can be piled off and thrown in the trash, while sterile gloves must be removed from the wrist, turned inside and carefully removed.

Yes, there are. The type of glove used should be based upon the type of procedure to be performed (e.g., surgical vs. nonsurgical, housekeeping procedures). Medical-grade non-sterile examination gloves and sterile surgical gloves are medical devices regulated by the U.S. Food and Drug Administration (FDA). General-purpose utility gloves are not regulated by the FDA because they are not promoted for medical use. Sterile surgical gloves must meet standards for sterility assurance established by the FDA and are less likely than non-sterile examination gloves to harbor pathogens that may contaminate an operative wound. GLOVE TYPE INDICATIONS COMMENTS COMMON GLOVE MATERIAL Patient...

Personal protective equipment (PPE) is any type of face mask, glove, or clothing that acts as a barrier between infectious materials and the skin, mouth, nose, or eyes (mucous membranes). When used properly, personal protective equipment can help prevent the spread of infection from one person to another. GENERAL GLOVE QUESTIONS Are there different types of gloves? What's the best way to take off gloves? Can you use hand lotion under latex gloves? Why do some gloves produce brown stains when you put them on? GLOVE STORAGE How can you tell if a glove has degraded and should not be...

Sterile gloves (surgical gloves) are deemed sterile because they have been sterilized according to FDA standards.  The FDA has an SAL (standard assurance level) that all sterilization techniques must meet. When this standard is met, there is a 1 in 1,000,000 (one in one million) chance that the glove is non-sterile.  The approved sterilization processes can sterilize gloves even if highly resistant microorganisms were present before sterilization.  Typically, non-sterile gloves are sterilized by someone other than the glove manufacturer.  After the gloves are sterilized, they have to be tested to ensure they meet the FDA SAL. Sterile gloves have a...

The following chart compares the characteristics of different glove materials. You may use this as a reference, and proceed with caution when determining which glove material is appropriate for your particular tasks. Reference Latex Natural Rubber Latex Vinyl Polyvinyl Chloride PVC Nitrile Acrylonitrile and Butadiene Polyurethane Polyurethane Barrier Protection Excellent Fair to Poor Excellent Excellent Strength and Durability Excellent Poor Excellent Excellent Elasticity Excellent Poor Good Good Puncture Resistance Good Poor Excellent Excellent Chemical Resistance Good Poor Excellent Good Fit and Comfort Excellent Fair Good Excellent Protein Allergy Depend on gloves and manufactures None None None Cost Low to Moderate...