Published: 2018-01-16
Original Paper
HLA-DRB1*03 is associated with systemic lupus erythematosus and anti -SSB production in South Tunisia
Abstract
Systemic Lupus erythematosus (SLE) is an autoimmune disease with various presentations. This variation is due to the interaction of hormonal, environmental and genetic factors. Associations between human leucocyte antigens and SLE have long been recognized in different ethnic populations and have been suggested to represent the most important association. Objectives: The objectives of this paper were to determine susceptibility and protection HLA class II markers for SLE and to highlight, for the first time, associations between HLA alleles and clinical and serological features in South Tunisia. Methods: We conducted a case-control study on 75 SLE patients and 123 healthy controls. The HLA class II DRB1/DQB1 of all patients and controls was genotyped using PCR-SSP technique. Statistical analysis was performed using SPSS software. Results: HLA-DRB1*03 was the principal classII allele associated with the genetic susceptibility to SLE (pc=0.02; OR=2.57; CI=(1.39-4.75); this allele was also associated with anti-SSB production (p=0.016; OR=4.00; CI=(1.24-12.96)). HLA- DRB1*01 was significantly more expressed in SLE patients with neurologic disorders (p=0.013; OR=20.25; CI= (1.87-219.21)). No allele was found to be protective against SLE in our study group. Conclusion: Our results show that in south Tunisia SLE is associated with HLA-DRB1*03 and that some clinical features of SLE may be influenced by specific DRB1 and DQB1 alleles.
Abstract
Systemic Lupus erythematosus (SLE) is an autoimmune disease with various presentations. This variation is due to the interaction of hormonal, environmental and genetic factors. Associations between human leucocyte antigens and SLE have long been recognized in different ethnic populations and have been suggested to represent the most important association. Objectives: The objectives of this paper were to determine susceptibility and protection HLA class II markers for SLE and to highlight, for the first time, associations between HLA alleles and clinical and serological features in South Tunisia. Methods: We conducted a case-control study on 75 SLE patients and 123 healthy controls. The HLA class II DRB1/DQB1 of all patients and controls was genotyped using PCR-SSP technique. Statistical analysis was performed using SPSS software. Results: HLA-DRB1*03 was the principal classII allele associated with the genetic susceptibility to SLE (pc=0.02; OR=2.57; CI=(1.39-4.75); this allele was also associated with anti-SSB production (p=0.016; OR=4.00; CI=(1.24-12.96)). HLA- DRB1*01 was significantly more expressed in SLE patients with neurologic disorders (p=0.013; OR=20.25; CI= (1.87-219.21)). No allele was found to be protective against SLE in our study group. Conclusion: Our results show that in south Tunisia SLE is associated with HLA-DRB1*03 and that some clinical features of SLE may be influenced by specific DRB1 and DQB1 alleles.
Hend Hachicha, Arwa Kammoun, Nadia Mahfoudh, Sameh Marzouk, Hajer Fourati, Samy Haddouk, Raouia Fakhfakh, Sawsan Feki, Faten Frikha, Lilia Gaddour, Feiza Hakim, Zouheir Bahloul, Hafedh Makni, Hatem Masmoudi
Reviews
Overview of Dengue and Zika virus similarity, what can we learn from the Saudi experience with dengue fever?
Abstract
There is high public health alert in the Kingdom of Saudi Arabia concerning Zika virus infection. So far there is no reported outbreak. So are we at risk of this disease? Reviewing the literature of recent outbreaks of other infectious diseases in Saudi Arabia may clarify the situation. It is evident that there is some similarity between zika and dengue regarding vector (Aedes aegypti) which is available in the Kingdom of Saudi Arabia. Also, they have similar transmission process and the required environment for infection. It seems that the Kingdom has learned from previous outbreaks, so they are well prepared to face such challenges. The Saudi ministry of health built the command and control center to deal with the pandemic flues. Also, they are trying to create a center for disease control, and they are recruiting local and international experts in monitoring the emerging infections.
Abstract
There is high public health alert in the Kingdom of Saudi Arabia concerning Zika virus infection. So far there is no reported outbreak. So are we at risk of this disease? Reviewing the literature of recent outbreaks of other infectious diseases in Saudi Arabia may clarify the situation. It is evident that there is some similarity between zika and dengue regarding vector (Aedes aegypti) which is available in the Kingdom of Saudi Arabia. Also, they have similar transmission process and the required environment for infection. It seems that the Kingdom has learned from previous outbreaks, so they are well prepared to face such challenges. The Saudi ministry of health built the command and control center to deal with the pandemic flues. Also, they are trying to create a center for disease control, and they are recruiting local and international experts in monitoring the emerging infections.
Sulaiman A. Alshammari, Yousif S. Alamri, Fatimah S. Rabhan, Aljoharah A. Alabdullah, Noura S. Alsanie, Fatma A. Almarshad, Amal N. Alhaqbani
Case report/case series
A case report of gustatory rhinorrhea after maxillectomy performed for Squamous Cell Carcinoma
Abstract
A case of 75 year male presenting with gustatory rhinnorhea since three months. Patient has positive history of maxillectomy performed 4 years back for squamous cell carcinoma of esophagus.
Abstract
A case of 75 year male presenting with gustatory rhinnorhea since three months. Patient has positive history of maxillectomy performed 4 years back for squamous cell carcinoma of esophagus.
Ujala Zubair, Osama Salam, Ruda Haque