Occupational health problems and work practices of hairdressers in Uyo, Akwa Ibom State, Nigeria

There are several million hairdressers worldwide who are chronically exposed to various chemicals used in hairdressing business. This study aimed at determining the occupational health problems and work practices of hairdressers in Uyo, Nigeria. This was a cross-sectional descriptive study carried out in March 2017.The study participants consisted of all consenting hairdressers in Uyo metropolis, Nigeria who had been working for at least 6 months prior to the study. Data obtained was analyzed using STATA 12.1 software. Level of significance was set at 5%. A total of 429 hairdressers participated in the study. The mean age of respondents was 28.5 �7.5 years. Majority, (88.3%) were females and 63.9% were single. Ninety percent had at least secondary education, while 47.6% had worked for > 3years. Health problems reported included back pain 61.5%, tiredness 57.1%, Itching/ redness of hands 43.1%, eye itching 26.1%, catarrh 22.8% and hearing difficulty 17.7%. Injuries included needle pricks 59.0% and cuts 46.9%. Standing for > 8 hours was reported by 33% of respondents. Use of any personal protective equipment (PPE) was 67.6%. The most commonly used was glove 42.7%. Awareness about PPE increased with respondent's level of education (p<0.05).Hand lesions were significantly less among those who used gloves as 95.6% had no chemical burns and rashes, 95.1% experienced no dryness and 63.4% had no itching/redness (p<0.05). The respondents reported several health problems. Work practices included poor use of PPE and prolonged standing. Regular workplace safety training, shift duty and use of ergonomically suitable chairs are advocated for hairdressers

Blood and virus detection on barber clippers

Background. Bleeding from the popular clean-shave 'chiskop' haircut was recently reported as prevalent in South Africa (SA), a country with 6.9 million HIV-infected people.Objectives. To investigate the prevalence of barber hair clipper contamination with blood and HIV and hepatitis B viruses.Methods. Fifty barbers from three townships in Cape Town, SA, were invited to participate. One clipper from each barber was collected immediately after it had been used for a clean-shave haircut. Each clipper was rinsed with phosphate-buffered saline and then submerged in viral medium. The polymerase chain reaction (PCR) was used to identify the blood-specific RNA marker haemoglobin beta (HBB), hepatitis B virus (HBV) and HIV.Results. The clean-shave haircut was the most common haircut requested by clients (78%). Of the clippers collected, 42% were positive for HBB, confirming detection of blood, none were positive for HIV, and 4 (8%) were positive for HBV. Two clippers (clippers 16 and 20) were positive on qualitative HBV PCR. HBV DNA from clipper 16 clustered with genotype A sequences from SA, India, Brazil and Martinique, while clipper 20 clustered with SA genotype D sequences. The clipper 20 sequence was identical to a subtype D sequence (GenBank accession AY233291) from Gauteng, SA.Conclusions. This study confirms that there is significant contamination of barber hair clippers with blood and blood-borne viruses. Hepatitis B was detected with enough DNA copies to pose a risk of transmitting infection. Although HIV was not detected in this small study, the risk of transmission should be quantified. Further studies to investigate barber clipper sterilisation practices and whether the clean-shave hairstyle is an independent risk factor for HIV, HBV and hepatitis C virus infections are warranted. Public education on individual clipper ownership (as is the case with a toothbrush) should be advocated for clean-shave and blade-fade haircuts