Dermatophytes being animal and human pathogenic fungi infect some human at one point or the other in their lifetime. For effective control of dermatophytes, accurate identification of the specific species/strain involved must be known. Stocks from pathogenic fungi isolated from infected areas on different patients, around Lagos-Nigeria were analysed using molecular methods (DNA extraction, PCR-RFLP and DNA sequencing). Four DNA extraction protocols were employed in the identification of the fungal isolates. Sixteen different fungal isolates were identified, and based on the molecular data these were classified into six species of dermatophytes belonging to the genera Microsporum, Trichophyton and Epidermaphyton, two species of systemic myco...
BACKGROUND: Dermatophyte identification in tinea capitis is essential for choosing the appropriate t...
To date, no single reported DNA extraction method is suitable for the efficient extraction of DNA fr...
Dermatophyte species, isolation and identification in clinical samples are still difficult and take ...
AbstractBackgroundDermatophytes are a scientific label for a group of three genera (Microsporum, Epi...
Identification of fungi in dermatological samples using PCR is reliable and provides significantly i...
The detection and identification of fungal DNA from clinical samples is one of the fundamental appro...
Background: The detection of fungal components in clinical specimens using direct microscopy in conj...
Background: In the present study, a PCR-RFLP based molecular technique was designed to rapid identi...
<p><strong>Introduction </strong>Dermatophytes are responsible for most superficial fungal infection...
Background: Direct isolation of genomic DNA of mycetoma fungi from black-grains achieve rapid diagno...
Background: Dermatophytes are the most common fungal agents causing superficial skin infections in w...
Dermatophytosis is the superficial infection of keratinized tissue like skin, hair, and nails, in hu...
With the increasing incidence and mortality of fungal infection, the requirements for strict diagnos...
Dermatophytes fungi are causative agents of dermatophytosis. Surface skin fungi are called dermatoph...
Background: Dermatophytes are the most common causative agents of superficial mycoses. Species ident...
BACKGROUND: Dermatophyte identification in tinea capitis is essential for choosing the appropriate t...
To date, no single reported DNA extraction method is suitable for the efficient extraction of DNA fr...
Dermatophyte species, isolation and identification in clinical samples are still difficult and take ...
AbstractBackgroundDermatophytes are a scientific label for a group of three genera (Microsporum, Epi...
Identification of fungi in dermatological samples using PCR is reliable and provides significantly i...
The detection and identification of fungal DNA from clinical samples is one of the fundamental appro...
Background: The detection of fungal components in clinical specimens using direct microscopy in conj...
Background: In the present study, a PCR-RFLP based molecular technique was designed to rapid identi...
<p><strong>Introduction </strong>Dermatophytes are responsible for most superficial fungal infection...
Background: Direct isolation of genomic DNA of mycetoma fungi from black-grains achieve rapid diagno...
Background: Dermatophytes are the most common fungal agents causing superficial skin infections in w...
Dermatophytosis is the superficial infection of keratinized tissue like skin, hair, and nails, in hu...
With the increasing incidence and mortality of fungal infection, the requirements for strict diagnos...
Dermatophytes fungi are causative agents of dermatophytosis. Surface skin fungi are called dermatoph...
Background: Dermatophytes are the most common causative agents of superficial mycoses. Species ident...
BACKGROUND: Dermatophyte identification in tinea capitis is essential for choosing the appropriate t...
To date, no single reported DNA extraction method is suitable for the efficient extraction of DNA fr...
Dermatophyte species, isolation and identification in clinical samples are still difficult and take ...