Babies

M.v.Kreutzbruck, M. Milck, U.Baby and C.Heiden, Studies in Applied Electromagnetics and Mechanics, Vol 13, lOS Press, Amsterdam (1998)... 

The other vacuum option is a simple little aspirator that attaches to ones faucet or hose. This 15 device pulls a decent vacuum however, it is not an option at all in Strike s book. Running one of these babies 10-12 hrs a day is a despicable waste of a community s water supply. 

A typical electrospray analysis can be completed in 15 min with as little as 1 pmol of protein. An analysis of the cord blood of a baby (Figure 40.6) showed quite clearly that five globins were present, viz., the normal ones (a, (3, Gy, and Ay) and a sickle-cell variant (sickle (3). The last one is easily revealed in the mass spectrum, even at a level of only 4% in the blood analyzed. 

Babesiasis Babesin Baby food Baby shampO ... 

Starch is often modified by hydrolysis with hydrochloric or sulfuric acid (93). The resulting product is resistant to syneresis, keeps food in suspension after cooking, and exhibits much greater free2e—thaw stabUity than unmodified starch. Modified starch is commonly used in baby food, fro2en prepared foods, pie fillings, meat products, and candy. 

Baby Shampoos. These shampoos, specifically marketed for small children, feature a non-eye stinging quaHty. The majority of the products in this category are based on an amphoteric detergent system a system combining the use of an imidazoline amphoteric with an ethoxylated nonionic surfactant has been successfiiUy marketed (15,16). The sulfosuccinates also have been suggested for baby shampoo preparation because of thek mildness... 

Health and Safety. The U.S. FDA has affirmed R%- and S(—)-maHc acid as substances that are generally recognized as safe (GRAS) as flavor enhancers, flavoring agents and adjuvants, and as pH control agents at levels ranging from 6.9% for hard candy to 0.7% for miscellaneous food uses (42). R%- and A(—)-maHc acid may not be used in baby foods. MaHc acid is also cleared to correct natural acid deficiencies in juice or wine (43). 

Nonwoven wipe categories include products for babies and adults, the food service and electronics industries, medical and clean room appHcations, industrial cleaning, computer diskettes, and household products such as dusters, tea towels, shoe cleaning cloths, towelettes, and hand towels. Nonwoven fabrics are used to filter air, water, petroleum (qv), food, and beverages. Nonwovens loaded with abrasives, cleansers, or finishes can be found in a variety of products used by many industries and in many homes to scour or poHsh. Also, a majority of garments designed to protect industrial workers and consumers from hazardous environments are made from nonwoven fabrics. 

Disposable polypropylene nonwoven fabrics are widely used as the coverstock for disposable baby diapers. The expansion of the disposable diaper market throughout the world has been the primary source of growth in the consumption of polypropylene in the fiber market. In addition, nonwoven polypropylene fabrics are used in a variety of other disposable sanitary products, such as baby wipes, adult incontinence, and feminine hygiene products. Use of polypropylene nonwovens in disposable medical apparel, such as surgical gowns, has increased as a means of reducing the spread of infection. 

As vulcanizing agents, amino acids with or without sulfur are used for nipple mbber of babies botdes and mbbers used in medical appHcations... 

Uses of lactose production by appHcation include baby and infant formulations (30%), human food (30%), pharmaceuticals (25%), and fermentation and animal feed (15%) (39). It is used as a diluent in tablets and capsules to correct the balance between carbohydrate and proteins in cow-milk-based breast milk replacers, and to increase osmotic property or viscosity without adding excessive sweetness. It has also been used as a carrier for flavorings. 

Symps of 25—30 DE are used as spray-drying aids in products such as coffee. High conversion symp, maltose symp, and 42-DE symp are used in jams and jeUies. Com symp is also used in table symps, baby food, meat packing, breakfast foods, salad dressing, pickles, dehydrated powdered foods, medicinal symps, textile flirnishings, adhesives, and numerous other products and processes. 

Cosmetics. Talc is widely used in baby and body powders, pressed powders, creams, and antiperspirants. Its softness, sHp, inertness (fragrance retention), and relative safety make this one of the oldest and most widely recognized appHcations for talc. Talc is also used in chewing gum as a detackifier and in tableting as a lubricating process aid. 

Talc sold to the cosmetics and baby powder markets must meet the Cosmetic, Toiletries and Fragrance Association (CTFA) specifications (8). For mote stringent appHcations there ate United States Pharmacopeia (USP) and Pood Codex specifications. 

The bulk of the industrial supply of the calcium salt of (R)-pantothenic acid is used in food and feed enrichment. Food enrichment includes breakfast cereals, beverages, dietetic, and baby foods. Animal feed is fortified with calcium-(R)-pantothenate which functions as a growth factor. 

Uses. Inactive dried yeasts are used as iagredients ia many formulated foods baby foods, soups, gravies, and meat extenders as carriers of spice and smoke flavors and ia baked goods. Yeasts used ia the health food iadustry are geaeraHy fortified with minerals and contain higher concentrations of the B vitamins, especially thiamin, riboflavin, and niacia (see Vitamins). 

Jptt Kokai Tokkyo Koho JP 60 233,042 (Nov. 19, 1985), (to Johnson and Johnson Baby Products Co.). 

In the procedure for the surface test (313), the vims is grown in a monolayer of baby hamster kidney cells and incubated in Eagles medium supplemented with tryptose phosphate broth and calf semm. After separation of the vims from the cells by sonification and centrifugation, amounts of the suspension containing 3 x 10 plaque-forrning units are dried on coversHps. The inoculated coversHps are placed in 5 ml of the disinfectant for 1, 5, or 10 min, then rinsed, sonicated, and assayed. 

The proteolytic enzymes, trypsin, chymotrypsin, and chymoral [8076-22-0] in combination, have been used for the treatment of post-operative hand trauma, athletic injuries, and sciatica (214—216). Trypsin has also been used successfully in treating hyaline membrane disease of newborn babies, a condition usually fatal without treatment (217). Immobilized preparations of trypsin are useful in treating acute radiation cystitis following pelvic x-irradiation therapy (218). 

Leading Examples Electrodialysis has its greatest use in removing salts from brackish water, where feed salinity is around 0.05-0.5 percent. For producing high-purity water, ED can economically reduce solute levels to extremely low levels as a hybrid process in combination with an ion-exchange bed. ED is not economical for the produc tion of potable water from seawater. Paradoxically, it is also used for the concentration of seawater from 3.5 to 20 percent salt. The concentration of monovalent ions and selective removal of divalent ions from seawater uses special membranes. This process is unique to Japan, where by law it is used to produce essentially all of its domestic table salt. ED is very widely used for deashing whey, where the desalted product is a useful food additive, especially for baby food. 

Nitrate is not a new problem. Excessive concentrations were recorded in many domestic wells in a survey conducted 100 years ago. What is new is the public concern about nitrate. This arises from two medical conditions that have been linked to nitrate methaemoglobinaemia ( bine-baby syndrome ) in infants, and stomach cancer in adults. Both are serious conditions, so we need to examine possible links carefully, but we need to note that these conditions are not caused by nitrate but by the nitrite to which it may be reduced. Nitrate itself is harmless and is most notable from a medical standpoint as a treatment for phosphatic kidney stones. 

People are less willing to threaten the safety of younger people. School-age youngsters and babies are particularly important because they are viewed as the endowment of our future. Older people are also a special concern if they are not able to protect themselves (e.g., evacuate the area) without assistance. 

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