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At least 811 records · Page 45Linked to original sources

Liberal use of a bag made from a surgical glove during laparoscopic surgery for specimens retrieval.

Laparoscopic surgery has been gaining wide acceptance in recent years. Tissue removal from the abdominal cavity becomes a paramount issue, especially when the specimen is infected, contains several fragments, or potentially contains a malignancy. Several sophisticated instruments and devices have been designed for this purpose. However, most of these are expensive, difficult to handle, and come in a fixed size. Condoms, glove fingers, and zipper-type plastic bags have been tried also, but with limited success. The authors report use of a simple bag made from a surgical glove to collect specimens; a long purse-string suture surrounds the opening or the base of the glove finger to secure material during retrieval. This method has been found to be simple and convenient, and necessary construction material is readily available. The bag not only protects the specimen from contact with the wound but also cuts short the operating time. The technique and advantages are described.

Gloves, Surgical↗

Starch dermatitis: evidence of immunogenicity of surgical glove powder in the guinea-pig.

Guinea-pigs immunized by nuchal inoculation of starch glove powder emulsified with Freund's complete adjuvant showed increased thickening of the ear erythema and monoculear inflammation after local injection of 0.1 mg starch compared with similarly treated control animals inoculated with saline and Freund's complete adjuvant. The responses in the ear of the immunized animals were most pronounceed 3-4 weeks after immunization and 24-72 h after local challenge. It is suggested that the inflammatory response in the immunized guinea-pig has 2 components: reaction to a primary irritant in the glove powder and delayed hypersensitivity to an unidentified component of the glove powder.

Animals↗

Clean versus sterile gloves: which to use for postoperative dressing changes?

Staff nurses have a key role in ensuring that practice is evidenced-based. This article discusses the application of a model for evidence-based practice change by staff nurses in an acute care setting who examined the practice of using sterile gloves for postoperative wound dressing changes. This initiative was in response to the challenge that it was unnecessary to use sterile instead of nonsterile gloves. Extensive literature search revealed insufficient evidence to justify a practice change to nonsterile gloves.

Bandages↗

Factors that impact on the infection control capability of gloves.

The use of gloves can reduce the risk of cross-infection for patients and health-care professionals. This is dependent, however, on the correct type of glove being selected for the appropriate job. Care must be taken to ensure that gloves are stored and worn correctly, to reduce the chance of exposing them to factors that may damage their integrity.

Cross Infection↗

Glove wearing by dental surgery assistants in general practice: results of a survey.

Cross-infection routines should be used by both the dentist and the dental surgery assistant (DSA), and the wearing of gloves during patient treatment is considered an integral part of such routines. Results are presented which indicate the extent to which DSAs wear gloves while assisting in patient care, and the factors influencing glove wearing are discussed.

Dental Assistants↗

Effectiveness of glove barriers used in clinical settings.

Gloves are the most common barrier used to prevent the transmission of microorganisms between patients and nurses, and clinicians should be familiar with factors that affect glove choice, including the type of unit, exposure to bloodborne pathogens, tasks performed, and personal safety. In addition to selecting the proper gloves for clinical practice, nurses can play an important role in the evaluation, quality control, and development of new effective barriers for hand protection.

Gloves, Surgical↗

[Immediate allergic reaction to natural latex with special reference to surgical gloves].

There is an increasing incidence of contact urticaria (CU) and systemic reactions to rubber products. 34 patients are presented: Most were atopic (22/34) and women (29/34). 24 worked in the medical field. 13 patients showed signs of hand dermatitis. In 31 patients, rub and/or pricktests with liquid latex in different dilutions and with latex gloves led to positive reactions. The allergen(s) appear in part to be watersoluble: 23 of 31 patients revealed positive test reactions to an aqueous glove extract. In two patients, urticarial test reactions to TMTD, Mercapto-Mix, and PPD-mix were considered as possible contributing factor of CU. Scratch tests with corn-starch were negative in all patients. 17 of 29 sera showed RAST (radioallergosorbent test) class 0 using latex allergen disks. SDS-PAGE (sodiumdodecylsulfate-polyacrylamide-electrophoresis) determined protein bands of less than or equal to 14 kD (not allergen specific) and approximately 28 kD. The Western Blot detected the 28 kD protein as allergen in the sera of three patients. Isoelectric focusing (IEF) proved no protein bands. Immunoprinting performed with sera of five patients presented allergen bands in an pH range between 3.8 and 4.55. This shows that radiostaining (immunoprint) is more sensitive than the Coomassie Blue staining. Although three sera showed RAST class 0, immunoblotting detected allergen bands. In these cases the immunoblot appears to be more sensitive than the RAST. A cross reactivity between latex and banana could not be established. Alternative gloves are Neolon (neoprene) or Elastyren (styrene-butadiene polymer).

Adult↗

Practical gloving and handwashing regime for dental practice.

The debate concerning the re-use of gloves in dental practice continues, despite the fact that recent guidelines on cross-infection control recommend that a new pair of gloves should be used for each patient. Whichever policy for glove use is adopted, it is important to take the maximum possible precautions in hand care. This paper presents a practical regimen for hand/glove washing which is simple, quick and effective. The importance of establishing a hand-care regimen in dental practice is emphasised.

Cross Infection↗

Rationalising examination glove use to improve patient care and reduce costs.

An exercise to standardise glove use across three hospitals uncovered incorrect use of gloves in clinical practice. It also found that a wide range of gloves were being used for different purposes and procured at different costs. This paper explores the reasons and looks at strategies to streamline practice and achieve trust-wide standardisation and cost savings

Cost Control↗

[An experimental study of effects of active-heating-system for extravehicular spacesuit gloves on working performance].

OBJECTIVE: To observe the effects of active heating system for spacesuit gloves on extravehicular working performance. METHOD: After analyzing the factors with gloves influence on the working performance, the effects of active heating system for gloves were studied experimentally with aspects to fatigue, hand strength, dexterity and tactile sensing. RESULT: 1) Heating-system had not influence to grip; 2) Heating-system had 17% influence to fatigue except specific person; 3) Nut assembly and nipping pin showed that heating-system had little influence to dexterity; 4) Apperceiving shape of object and two-point distance showed heating-system had little influence to tactility. CONCLUSION: The active heating method is rational and has little influence on working performance.

Biomechanical Phenomena↗

Virus permeability of protective gloves used in medical practice.

From a large number of different kinds of protective gloves currently on the market, 19 were selected for virus permeability testing using a special model. Most of the gloves tested offered poor mechanical protection against penetration of adenovirus and poliovirus, while vaccinia virus was found to traverse the gloves less freely.

Adenoviridae↗

[Powder-induced anaphylactic shock following use of powdered latex gloves during gynecological open laparotomy].

A 42-year-old woman with hysteromyoma underwent total abdominal hysterectomy under general and epidural anesthesia. Three years before, she had undergone resection of lipoma on her left shoulder under local anesthesia uneventfully. She had no previous history of hypersensitivity. General anesthesia was induced by intravenous injection of fentanyl, propofol, and vecuronium followed by inhalation of nitrous oxide, oxygen, and sevoflurane. Lidocaine and fentanyl were injected through a lumbar epidural catheter. After the start of open laparotomy, there was a sudden onset of hypotension. Administrations of ephedrine and phenylephrine, and volume loading were ineffective. Moreover, she showed profound hypotension, tachycardia, oxygen desaturation, decreased endtidal carbon dioxide and increased airway pressure. She broke out in a sweat with flushing on her chest and upper extremities. Therefore, we interrupted the surgery, checked her arterial blood gas analysis, performed echocardiography, and inserted a pulmonary artery catheter. We made a diagnosis of anaphylactic shock and administered methylprednisolone, albumin, epinephrine, norepinephrine, and dopamine to treat the circulatory collapse. The gynecologists changed their surgical gloves from a powdered-latex type to a powder-free latex type, and the surgery was resumed. She responded well to appropriate emergent therapy and all vasopressor drugs were gradually decreased and eventually stopped. After the end of the surgery, she recovered completely from the signs and symptoms of shock. Later, we found a high level of plasma latex protein-specific IgE antibody and confirmed the events as anaphylactic shock due to latex. We assumed that the anaphylactic shock was powder-induced latex allergy following use of powdered latex gloves in this case. Latex allergy should be suspected if an anaphylactic reaction or shock accompanied by circulatory collapse, respiratory failure, and skin symptoms of unknown origin occurs during surgery. As women more often come into contact with household articles containing latex, we suspect that women are prone to developing sensitivity towards latex. We recommend that powder-free or latex-free surgical gloves should be available not only for patients with a high risk of developing latex allergy, but also for patients indicated for gynecological open laparotomy.

Adult↗

Patient attitudes to the wearing of gloves by dentists.

Cross-infection control in dentistry is of continuing concern, and this survey provides some timely information on the attitudes of patients to the wearing of gloves by their dentists. A high proportion of the patients questioned felt glove wearing was important, although only half would not attend a dentist who did not wear gloves.

Attitude to Health↗

Evaluation of the permeability of latex gloves for use in dental practice.

The aim of this study was to evaluate the permeability of the disposable, nonsterile gloves used in dental practice. A visual inspection and a water-filling test were carried out on seven different brands of gloves. Only five of the seven makes analyzed showed a value of pinch marks statistically not different from 2% (the limit recommended by the American Society for Testing and Materials). Analysis of the gloves with holes revealed that only four makes showed a value statistically not different from 2%. Finally, only three of the seven makes analyzed had a number of defects statistically not different from 2%. It may therefore be stated that the average quality level currently available should be improved to guarantee a safer and more effective protection against oral pathogens in dental practice.

Analysis of Variance↗

Sterile surgical gloving of patients for emergent and ambulatory operations upon the finger.

Gloving the patient for operations upon the finger is simple and efficient. It can provide a sterile, bloodless and pain-free area for the indicated treatments. The technique is useful in emergency and ambulatory surgery departments and clinics. Use of appropriately sized patient gloves (usually size seven) and in lacerations, use of anesthesia (drops) before and local anesthesia (injection) after the gloving procedure is recommended.

Ambulatory Surgical Procedures↗

[Type I allergy to rubber gloves containing latex].

We report on a 23-year-old female patient showing anaphylactoid mucosal reactions when handling Latex rubber gloves. Usually, type I intolerance against rubber gloves is due to allergy against Latex mediated by IgE. In addition, we discuss some general allergologic problems regarding the handling of rubber gloves.

Adult↗

Contact urticaria from rubber gloves.

Surgical rubber (latex) gloves can cause contact urticaria and even more severe allergic symptoms; the frequency of this allergy may be as high as 3 per cent among hospital employees. Those at high risk are surgeons and instrument nurses, most of whom are atopics. Clinical history of immediate rubber-glove allergy can be misleading, but the diagnosis is easily confirmed by prick, use, and RAST tests. Sensitized persons manage well by using plastic undergloves or vinyl gloves.

Dermatitis, Contact↗

Procedure gloves.

The US policy of 'universal precautions' treats all body fluids and excreta as an infection risk. Nurses have a responsibility to understand the rationale for glove use. Gloves play a major part in preventing cross-infection. The wearing of gloves is not a substitute for handwashing.

Gloves, Protective↗