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1.
Article in English | IMSEAR | ID: sea-133922

ABSTRACT

All at the Faculty of Medicne, Khon Kaen Univerisity Accident has been the leading cause of death in Thailand since AD 1976.  Alcohol drinking has been strictly prohibited for the driver in many of the developed country.  This study was conducted at accident and emergency ward of Srinagarind hospital.  The traffic accident patients with suspicious of drinking were interiewed and their blood was drawn for alcohol level using gas chromatographic head space analysis.  There were 68 percents of 183 suspected drunk accident cases.  Those who had the high level of alcohol of 1.50-4.00 Promil which identified as drunk were found as many as 32 percents with one case over 4.00 Promil.  Most of the accident occurred in the teenagers.  Weekends and the time between 19.00 pm. to 24.  pm. were the most liable period for accident.

2.
Article in English | IMSEAR | ID: sea-133411

ABSTRACT

Background  :  Conservation  laryngectomy  is  an  alternative  for  organ  preservation  treatment  of  early  laryngeal  cancer  beside  radiotherapy  with  a  comparable  oncological  result.  However,  result  of  this  treatment  option  in  Srinagarind  Hospital  has  never  been  reported.Objective  :  To  study  the  result  of  conservation  laryngec  tomy  in  both  oncologic  and  functional  aspectDesign  :  Retrospective,  descriptive  studySetting :  Patients  who  diagnosed  as  laryngeal  cancer  and  underwent  conservation  laryngectomyIntervention  :  Conservation  larygectomyMeasurements  :  Recurrent  rate  or  cure  rate  and  laryngeal  function  (deglutition  without  aspiration,  respiration  and  phonation)Results  :  There  are  9  cases  in  10  year  period  underwent  vertical  hemilaryngectomy,  supraglottic  laryngectomy  and  supracricoid  laryngectomy  3  cases  each.  There  is  only  one  case  who  underwent  supraglottic  laryngectomy  had recurrence  at  primary  site  and  one  case  of  stage  III  cancer  and  underwent  supracricoid  laryngectomy  had  recurrence  at  primary  site  and  one case  of  stage  III  cancer  and  underwent  supracricoid  laryngectomy  died  from  lung  metastasis. All cases  can  be  preserved  all  functions  of  larynx  including  deglutition  without  aspiration,  normal  nasal  breathing  without  tracheotomy  tuge  and  communicable  voice.Conclusions  :  Conservation  laryngectomy  is  a  considerable  option  for  laryngeal  preservation  in  treatment  of  laryngeal  cancer  beside  radiotherapy.

3.
Article in English | IMSEAR | ID: sea-133389

ABSTRACT

Background : laryngeal  cancer  is  the  common  cancer  in  ENT  practice.  According to  tumor  registry  of  Srinagarind  Hospital,  it  is  the  third  most  common  cancer  of  upper  G-I \& Respiratory  tract  cancer  being  after  oral  and  nasopharyngeal  cancer.  Additionally  it  had  never  been   reported  in  Srinagarind  Hospital.Objective : Study about  character  of  laryngeal   cancer  and  its   treatmentDesign : Retrospective,  descriptive  studySetting :  Srinagarind  Hospital,  Khon  Kaen  University Subject : Patients  whose   diagnosed   as  squamous  cell  carcinoma  of  the  larynx  and  were  treated  in  srinagarind  Hospital  since  1993-1997.Results : There  were  59  cases  included  in  this  study. Fifty-eight  cases  were  male  and  average  age  was  63  years  old.  The  most  common  type  was  supraglottic  cancer  (44%)  following  by  glottic  cancer  (31%)  and  most  cases  76%)  were  advanced   cases,  most (55%)  were  treated  by  surgery  with  postoperative  radiation  following  by  primary  radiation  (32%).  Three  of  nine  cases  whom  received  neck  dissection  have  positive  malignancy  in  neck  node  specimen.Summary :  Most  of  laryngeal  cancers  were  advanced stage  that  need  a  combined  treatment  (surgery  with  postoperative  radiation)  as  the  most  common  treatment  option.

4.
Article in English | IMSEAR | ID: sea-133360

ABSTRACT

Background : The infraorbital nerve is one of the branches of the maxillary division of the trigeminal nerve.  It lies in the infraorbital canal forming the roof of maxillary sinus.  The infraorbital canal dehiscence may have a cance to disturb the infraorbital nerve more than the non-dehiscence and could be a cause of the facial pain.  Many investigators have been reported the prevalence of the infraorbital canal dehiscence in many countries but not in Thailand.  The purpose of this investigation is to study the prevalence of infraorbital canal dehiscence and decribe the morphology of the infraorbital canal in Thai cadavers.Objective : To study the prevalence of the infraorbital canal dehiscance in Thai cadaveric skull and described the morphology of the i infraorbital canal in Thai cadavers.Design : A descriptive study.Setting : The study was carried out at the Department of Anatomy and the Department of Otolaryngology, Faculty of Medicine, Khon Kaen University, Kkhon Kaen, Thailand.Subjects : The study included 80 specimens of half head and face from formalin-embalmed cadavers, 36-84 years of age (average 62 years(.  They could be indentified for genders by only 62 specimens; male 9 specimens and female 13 specimens.Setting :  1. To study the infraorbital canal dehiscence that convering the infraorbital nerve as the following aspects :1.1 The number of the sample that found dehiscence, comparing male to female as well as right to left sides1.2 The site of the wall of the infraorbital canal which occurred dehiscence.1.3 To measure the width and the length of dehiscence of the infraorbital canal.2. To observe the type of infraorbital canal which occupied infraorbital nerve and measure the depth of the canal on the roof of the maxillary sinus.3. To study the dehiscence of the bone that covers the superior alveolar nerve which gives the branch to supply the upper teeth as the following as pects :3.1 The number of the sample with dehiscence.3.2 The site of the wall of the canal that found dehiscence.3.3 To measure the width and the length of dehiscence.4. To measure the length between infraorbital foramen and infraorbital rim.5. To study the number of the sample that dehiscence bone occxured around both infraorbital and superior alveolar nerves.Results: 1. Infraorbital canal dehiscence1.1 The infraorbital canal dehiscence was found in 15 specimens from 79 specimens of samples (1 specimen was broken before study). The sex difference and dehiscence was 7 specimens out of 61 in male and 4 out of 61 specimens in female from 61 specimens that can identify the sex.  In aspect of the side, we found that dehiscence in the right side was 7 specimens and the left side was 8 specimens.1.2  The number of the side of the wall of infraorbital canal dehiscence at  the inferior, lateral, medial, infraorbital and infraorbital wall were 5,4,3,2 and 1 out of 15 specimens respectively.1.3 The width of dehiscence of infraorbital canal was 0.5-3.5 mm., means 1.45 mm.  The ratio on the width of infraorbital canal and the diameter of infraorbital nerve was 10-100%, means 48%.  The length of the infraorbital canal dehiscence was 2.0-11.0 mm., means 5.09 mm.2. The number of three types of infraorbital canal dehiscence were 1, 5 and 9 specimens of  the first, secon and third type respectively, whereas the non-dehiscence were 12, 26 and 26 sfpecimens respectively.  Moreover the depth of the canal on the roof of maxillary sinus was 0 mm., 2.0-8.0 mm. (mean 4.6), and 3.5-12 mm. (mean 6.9) of the first, second and third type respectively.3. Superior alveolar nerve dehiscence3.1 The superior alveolar nerve dehiscence was found 36 specimens out of 79 specimens.3.2 The number of the site of the wall of superior alveolar nerve dehiscence at the lateral, inferior, medial anterior, infraorbital and inferomedial wall were 13, 9, 4, 3, 1 and 1 specimes respectively.3.3 The width of dehiscence of superior alveolar nerve was 0.5-2.5 mm., mean 1.29 mm. The ratio on the width of the bone cover the superior alveolar nerve and the diameter of superior alveolar nerve was 40-100 %, means 96%.  The length of the dehiscence was 1.0-14.0 mm., mean 5.97 mm.4. The distance from infraorbital foramen to the infraorbital rim of the orbit was 5.5-11.0 mm., mean 8.27 mm. Indehiscence group of the infraorbital canal and 1.0-11.0 mm., mean 7.49 mm. In non-dehiscence group.5. Only one specimen of maxillary sinus that was found with dehiscence covering both infraorbital and superior alveolar nerve.Conclusions : The results of this observation is the basic knowledge of the prevalence of the infraorbital canal dehiscence in Thai cadavers.  The infraorbital canal dehiscence was found 15 out of 79 of cases.  The dehiscence was found in femal more than male but there was no significance difference between right and left sides.  Among the types of infraorbital canal, the most prevalence was type 3 (total prominence type)j.  The knowledge from this observation is useful in medical sciences such as help to explain in diagnosis of the cause of facial pain.  One must be careful in performing antrostomy of the maxillary sinus.Key words : Dehiscence, infraorbital canal, infraorbital foramen, infraorbital nerve

5.
Article in English | IMSEAR | ID: sea-133750

ABSTRACT

Background and Objective: Cholangiocarcinoma (CHCA) is the most common cancer in Thai people especially in the Northeast of Thailand. Primary prevention is very important for CHCA control. This study attempted to find the exposures associate with CHCA in order to develop a predictive statistical model for CHCA in people in Northeast Thailand.Methods: This study was carried out in 2007 as a nested case-control study within the Khon Kaen cohort study at Cancer Unit, Khon Kaen University. The cohort recruitment was performed during 1990 to 2001. There were 108 CHCA cases occurred in the cohort and individual matched control was randomly selected for each case (1:1), matched by age, sex and date of recruitment to the cohort.Results: For the predictive model, was: logit (CHCA) = 0.69 X Opisthorchis Viverrini, OV (egg in stool finding) with the precision of 56.48% (95%CI:= 51.25-61.71), sensitivity 54.02% (95%CI: = 46.32 - 61.59), specificity 66.67% (95%CI: = 50.45 - 80.43), positive predictive value 87.04% (95%CI:=79.21-92.73) and negative predictive value 25.93% (95%CI:=17.97-5.25).Conclusion: The results of this study suggested that OV infestation has high association with CHCA. To reduce the incidence of CHCA, liver fluke control is priority work for health policy.Keywords: Cholangiocarcinoma, Risk factors for cholangiocarcinoma, Predictive model for cholangiocarcinoma

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