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Cuspal deflection and microleakage in premolar teeth restored with bulk-fill flowable resin-based composite base materials

DOWLING, ADAM HENRY; FLEMING, GARRY; GRUFFERTY, BRENDAN FRANCIS (Elsevier, 2012)

Tooth agenesis in patients referred to an Irish tertiary care clinic for the developmental dental disorders

NUNN, JUNE; O'SULLIVAN, MICHAEL; HASHEM, ATEF; GARVEY, MARIE THERESE; O'CONNELL, BRIAN (Irish Dental Association, 2010)

Multilocus sequence typing reveals that the population structure of Candida dubliniensis is significantly less divergent than that of Candida albicans.

MURPHY, PHILIP; MC MANUS, BRENDA (2008)

The deformation and strength of a dental ceramic following resin-cement coating

FLEMING, GARRY (2011)

Development of Wireless Bruxism Monitoring Device Based on Pressure Sensitive Polymer

O'CONNELL, BRIAN; MCAULIFFE, PADRAIG (Elsevier, 2010)

DISINFECTION PROCEDURES: THEIR EFFICACY AND EFFECT ON DIMENSIONAL ACCURACY, SURFACE QUALITY AND SURFACE DETAIL REPRODUCTION OF AN IRREVERSIBLE HYDROCOLLOID IMPRESSION MATERIAL

O'SULLIVAN, MICHAEL; COLEMAN, DAVID; O'DONNELL, MARY (2011)

NOVEL 5-FLUCYTOSINE-RESISTANT CLADE OF CANDIDA DUBLINIENSIS FROM SAUDI ARABIA AND EGYPT IDENTIFIED BY CD25 FINGERPRINTING.

SULLIVAN, DEREK; COLEMAN, DAVID (2005)

Candida dubliniensis: An update

SULLIVAN, DEREK; SHANLEY, DIARMUID; MCCARTAN, BERNARD; MORAN, GARY; COLEMAN, DAVID (1999)

A Ser29Leu SUBSTITUTION IN THE CYTOSINE DEAMINASE Fca1p IS RESPONSIBLE FOR CLADE-SPECIFIC 5-FLUCYTOSINE RESISTANCE IN Candida dubliniensis

SULLIVAN, DEREK; COLEMAN, DAVID; MORAN, GARY; MCMANUS, BRENDA ANN (2009)

MULTILOCUS SEQUENCE TYPING REVEALS THAT THE POPULATION STRUCTURE OF Candida dubliniensis IS SIGNIFICANTLY LESS DIVERGENT THAN THAT OF Candida albicans

SULLIVAN, DEREK; MORAN, GARY; COLEMAN, DAVID; MCMANUS, BRENDA ANN (2008)

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Cuspal deflection and microleakage in premolar teeth restored with bulk-fill flowable resin-based composite base materials

Tooth agenesis in patients referred to an Irish tertiary care clinic for the developmental dental disorders

Multilocus sequence typing reveals that the population structure of Candida dubliniensis is significantly less divergent than that of Candida albicans.

The deformation and strength of a dental ceramic following resin-cement coating

Development of Wireless Bruxism Monitoring Device Based on Pressure Sensitive Polymer

DISINFECTION PROCEDURES: THEIR EFFICACY AND EFFECT ON DIMENSIONAL ACCURACY, SURFACE QUALITY AND SURFACE DETAIL REPRODUCTION OF AN IRREVERSIBLE HYDROCOLLOID IMPRESSION MATERIAL

NOVEL 5-FLUCYTOSINE-RESISTANT CLADE OF CANDIDA DUBLINIENSIS FROM SAUDI ARABIA AND EGYPT IDENTIFIED BY CD25 FINGERPRINTING.

Candida dubliniensis: An update

A Ser29Leu SUBSTITUTION IN THE CYTOSINE DEAMINASE Fca1p IS RESPONSIBLE FOR CLADE-SPECIFIC 5-FLUCYTOSINE RESISTANCE IN Candida dubliniensis

MULTILOCUS SEQUENCE TYPING REVEALS THAT THE POPULATION STRUCTURE OF Candida dubliniensis IS SIGNIFICANTLY LESS DIVERGENT THAN THAT OF Candida albicans

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Cuspal deflection and microleakage in premolar teeth restored with bulk-fill flowable resin-based composite base materials

Tooth agenesis in patients referred to an Irish tertiary care clinic for the developmental dental disorders

Multilocus sequence typing reveals that the population structure of Candida dubliniensis is significantly less divergent than that of Candida albicans.

The deformation and strength of a dental ceramic following resin-cement coating

Development of Wireless Bruxism Monitoring Device Based on Pressure Sensitive Polymer

DISINFECTION PROCEDURES: THEIR EFFICACY AND EFFECT ON DIMENSIONAL ACCURACY, SURFACE QUALITY AND SURFACE DETAIL REPRODUCTION OF AN IRREVERSIBLE HYDROCOLLOID IMPRESSION MATERIAL

NOVEL 5-FLUCYTOSINE-RESISTANT CLADE OF CANDIDA DUBLINIENSIS FROM SAUDI ARABIA AND EGYPT IDENTIFIED BY CD25 FINGERPRINTING.

Candida dubliniensis: An update

A Ser29Leu SUBSTITUTION IN THE CYTOSINE DEAMINASE Fca1p IS RESPONSIBLE FOR CLADE-SPECIFIC 5-FLUCYTOSINE RESISTANCE IN Candida dubliniensis

MULTILOCUS SEQUENCE TYPING REVEALS THAT THE POPULATION STRUCTURE OF Candida dubliniensis IS SIGNIFICANTLY LESS DIVERGENT THAN THAT OF Candida albicans