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PubMedDate not supplied

[Anxiety, life style and obstetric history of women working in a high-fashion clothing industry].

Women with a mean age of 38 years (range 20-62) were employed in an industry producing clothes of high fashion. A part of them (n = 210) performed their activities with hands and others (n = 90) utilising machines with more repetitive procedures. All the recruited women answered to a questionnaire including the state-trait anxiety inventory (STAI) test, working activities, lifestyle and obstetric history. There was no relation between obstetric history and working activities. The group of women with age ranging from 35 to 42 years showed the score of the STAI higher than that of the younger women and slightly lower than that of the subjects with older age. This may depend on the "healthy worker effect" in the old subjects able to continue their job. The scores of the STAI were also slightly influenced by the repetitive tasks utilising machines. On the whole, the working activity of women had beneficial effect on their role inside the family and in the social life.

Adult↗
PubMed2004

Telemonitoring of vital parameters with newly designed biomedical clothing.

The paper describes the development of biomedical clothing for ambulatory telemonitoring of human vital parameters. VTAM (Vetement de Tele-Assistance Medicale) presents a T-shirt made from textile with woven wires and incorporating four smooth dry ECG electrodes, a breath rate sensor, a shock/fall detector and two temperature sensors. The garment is equipped for the signal pre-computing and transmission through a miniature GSM/GPRS module kept on a belt together with the power supply. Three VTAM prototypes have been tested on persons in a normal state of health using a medical protocol to assess the biomedical data that include an ECG reading, a pneumogram, temperature and fall detection in mobile situations.

Biosensing Techniques↗
PubMed2005

Motion aware clothing for the personal health assistant.

This paper sketches the vision and first results of a 'Personal Health Assistant' PHA, opening up new vistas in patient centred healthcare. The PHA is comprised of a wearable sensing and communicating system, seamlessly embedded in daily clothing. Several on-body sensors monitor the biometric and contextual status of the wearer continuously. The embedded computer fuses the vital and physiological data with activity patterns of the wearer and with the social environment; based on these data the on-body computer generates the 'Life Balance Factor' LBF as an individual feedback to the user and to the surroundings afford-ing effective disease prevention, management and rehabilitation, the last also involving telemedicine. The state-of-the-art enabling technologies: smart textile technology and miniaturization of electronics combined with wireless communication, along with recent developments in wearable computing are presented and assessed in the context of multiparameter health monitoring.

Biomedical Technology↗
PubMed1991

[The physiological hygiene characteristics of the working conditions in the tailoring shops of the clothing industry of Uzbekistan].

Basing on the studies performed, it was established that sewing shops at the clothes manufacturing enterprises in Uzbekistan were characterized by heating microclimate with low humidity and insufficient circulation of the air. A set of hygienic and physiological measures was proposed, along with a hygienic recommendation to increase the humidity lower level by 30% (IY climatic zone).

Adult↗
PubMed1991

The effect of hand immersion on body temperature when wearing impermeable clothing.

The effects of hand immersion on body temperature have been investigated in men wearing impermeable NBC clothing. Six men worked continuously at a rate of approximately 490 J. sec-1 in an environmental temperature of 30 degrees C. Each subject was permitted to rest for a period of 20 minutes when their aural temperature reached 37.5 degrees C, and again on reaching 38 degrees C, and for a third time on reaching 38.5 degrees C (three rest periods in total). Each subject completed three experimental conditions whereby, during the rest periods they either: a. Did not immerse their hands (control). b. Immersed both hands in a water bath set at 25 degrees C. c. Immersed both hands in water at 10 degrees C. Physiological measures of core temperature, skin temperature and heart rate were recorded at intervals throughout the experiment. Measures of mean aural temperature and mean skin temperature were significantly (P less than 0.05) reduced if hands were immersed during these rest periods, compared to non immersion. As a result, the total work time of subjects was extended when in the immersed conditions by some 10-20 minutes within the confines of the protocol. It is concluded that this technique of simple hand immersion may be effective in reducing heat stress where normal routes to heat loss are compromised.

Adult↗
PubMedDate not supplied

[Work posture and changes in the spine of sewing workers in the clothing industry].

An evaluation was made of the posture risk and occurrence of alterations of the spine in a sample of female sewing machine operators in the clothing industry. The results revealed a greater risk for sewing operators of contracting spinal disorders compared with a control population matched for sex and age. The cause of these disorders appears to be due to the fact that the work station cannot be adjusted to the anthropometric requirements of the individual subject, and also because the seated position is maintained for long periods.

Adolescent↗
PubMed1990

Effects of atropine/2-PAM chloride, heat, and chemical protective clothing on visual performance.

Visual acuity, phoria, stereopsis, and contrast sensitivity were assessed over 6 h of continued exposure to combinations of atropine (2 mg) and 2-PAM chloride (600 mg), severe heat/humidity (95 degrees F (35 degrees C); 60% RH), and wearing either the U.S. Army battle dress uniform (BDU) or the BDU and the impermeable chemical protective clothing (MOPP-IV). Subjects were able to complete all 6 h of testing under severe heat when wearing BDU's, but only lasted 2 h under the same severe heat when wearing MOPP-IV. Acuity and phoria were significantly impaired by the drug in the BDU conditions. Acuity, phoria and stereopsis were all significantly impaired by heat, drug and continued exposure under MOPP-IV. Acuity was significantly impaired by drug even during the first 2 h of heat exposure in MOPP-IV. Contrast sensitivity was impaired mainly by continued heat exposure in MOPP-IV.

Adolescent↗
PubMed1989

Influence of clothing and body-fat insulation on thermal adjustments to cold-water stress.

Male volunteers were divided into a low body fat (L) group (X = 10.6%, N = 5) and moderate fat (M) group (X = 18.6%, N = 5). Each was dressed in both dry suit plus medium insulation undergarment (DS-M) and dry suit plus heavy insulation (DS-H) and immersed in 10 and 15 degrees C water for 3 h. In 10 degrees C water, through not significantly different, rectal temperature (Tre) at h 3 was slightly higher in M (DS-M 36.4 degrees C, DS-H 36.5 degrees C) compared with L (DS-M 35.9 degrees C, DS-H 36.3 degrees C), whereas mean skin temperature (Tsk) and metabolic rate (MR) were in general, slightly lower for M(DS-M 23.6 degrees C, 184 W; DS-H 25.5 degrees C, 147 W, respectively). Over time the metabolic and thermal responses tended to stabilize after 120 min of immersion in both groups. Similar responses were observed in 15 degrees C water. These data suggested that despite the variation in body fatness, minimal thermal differences between groups were noted because of the attenuating effects of the insulated clothing.

Adaptation, Biological↗
PubMedDate not supplied

[Tears in the clothing after being run over by an automobile wheel].

Clothes taken from 120 bodies of victims in case of death due to car wheel overrunning were examined and in 10 cases shred-shaped tissue ruptures in the form of an angle were detected. They proved to appear in case of oblique direction in overrunning and the angle of a shred turned back was directed to the side of wheel rotatory movements, i.e. contrary to wheel translational movement.

Accidents, Traffic↗
PubMed1986

Effect of wearing chemical protective clothing in the heat on signal detection over the visual field.

Sensitivity for detecting visual signals distributed at various locations throughout the visual field was studied in 16 male subjects who were all exposed to two degrees of ambient heat (91 degrees F/61% RH; 55 degrees F/35% RH) while wearing the Army chemical protective clothing system; also to 70 degrees F/35% RH while wearing Army battle-dress uniform (fatigues). Response time for signal detection increased systematically and significantly with peripheralization of stimulus locations. It was most impaired in the superior and inferior visual field areas and least affected along the horizontal axis area. The data support previous results obtained using this task. Both the MOPP and the heat + MOPP exposure conditions produced highly significant systematic increases in response time to all signals; the worst performance occurred under the heat + MOPP combination. Implications for visual performance while wearing chemical protective gear are discussed.

Adolescent↗
PubMed1978

Effect of clothing insulation beneath an immersion coverall on the rate of body cooling in cold water.

Deep body and skin temperatures were measured on nine subjects during a 1 h immersion in water at 2.5 degrees C whilst wearing an RAF Mark 10 immersion coverall. With no additional insulation, mean skin temperature fell 13.1 degrees C and deep body temperature 0.74 degrees C. When a full Acrilan pile suit was worn beneath the coverall mean skin temperature fell 8.3 degrees C and deep body temperature 0.33 degrees C. With insulation covering the trunk and upper limbs alone, mean skin temperature fell 9.9 degrees C and deep body temperature 0.45 degrees C. Conclusions are drawn concerning the effects on body cooling of changes in insulation of aircrew clothing assemblies designed to protect against immersion in cold water.

Adipose Tissue↗
PubMedDate not supplied

[Cytologic findings as indications: morphologic and immunohistochemical identification of human brain tissue on the clothing of a murderer].

A case was described in which a murder was concealed by burning the body. The suspect confessed to committing the crime after being informed that human brain tissue in form of slimy stains as well the same blood group as the victim had been identified on his clothing. Slimy stains (approx. 2 x 3 mm) were identified as brain tissue by sectioning on the cryostat together with the bits of wool fiber. Morphologically, nerve cells were clearly identifiable, particular by demonstrating Nissl's bodies. Application of anti-human serum protein and an anti-human cerebrum serum confirmed this finding and augmented it by confirming that the brain tissue was of human origin. The unusual character of this case and the methods used prompted the authors to publish these findings. The available literature is discussed.

Blood Stains↗
PubMed1982

[The role of clothing in the transmission of pathogenic fungi ].

Laboratory studies were made to examine the possibility of transmission of pathogenic fungi through textiles. 1. Dermatophytes were proven to be present in clothing and leather articles worn over areas infected by fungi. In patients known to be infected with Pityriasis versicolor, contaminated scales were obtained from their textiles, the fungi could be demonstrated. 2. Artificially infected textiles were found to harbor dermatophytes and pathogenic yeasts for a number of weeks without limiting the survival capacity of the fungi. 3. At low temperatures, fungi were not affected by various detergents. Under conditions simulating machine washings (30 minutes exposure time) at a temperature of 60 degrees C any washing agent was sufficient to cause irreversible damage. At higher temperatures the time for killing the fungi was diminished. These results were confirmed by experiments with contaminated material from patients (scales, hairs, nail particles).

Arthrodermataceae↗
PubMed1978

Increased lead burden in children of battery workers: asymptomatic exposure resulting from contaminated work clothing.

Lead transmitted into the home via contaminated parental work clothing was the probable source of excessive lead exposure among 69% of 58 children whose mothers worked in a battery factory in Raleigh, North Carolina. Blood lead levels were highest in children less than 3 years old, and declined with age. All children were asymptomatic, and all had normal findings on physical examinations. Dust samples from the homes of children with the greatest lead burden demonstrated gross contamination of the home environment. Although maternal employment was short, young children spent a significant portion of their lives exposed to lead. Certain parental occupations can sufject children to considerable risk from lead exposure.

Adolescent↗
PubMed1995

The detection of opiate drugs in nontraditional specimens (clothing): a report of ten cases.

We present a series of 10 fatalities involving opiate overdosage, in which morphine, codeine, and 6-monoacetylmorphine were identified and quantified, not only in postmortem biological samples, but also in pieces of underwear taken from the bodies. Small tissue samples (about 1 g) were cut off from several parts of the underwear, stored at ambient temperature until analysis, then extracted by agitation in a mixture of chloroform/2-propanol/n-heptane (60:14:26, v/v/v) and assayed using GC/MS in the single ion monitoring mode. Morphine, codeine and 6-monoacetylmorphine concentrations were in the range 0.02 to 9.27 micrograms/g. These results indicate that the impregnation of underwear by sweat and sebaceous secretions and/or urine provides detectable levels of the drugs excreted by these ways. Even in the absence of biological samples, assaying pieces of clothing may bring some evidence about the drug abuser status of their owner.

Adult↗