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Study of clinico-radiological and clinico-pathological correlation of intracranial space occupying lesion at rural center

机译:农村中心颅内占位性病变的临床影像学和临床病理相关性研究

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Objective: To study the clinico-radiological and clinico-pathological correlation of intracranial space occupying lesions at AVBRHMethods: The primary method of case ascertainment was detailed neurological examination and review of all CT with contrast of the head performed on the patients between 1st July 2004 to 31st December 2006 at rural centre after suspecision of intracranial space occupying lesions on clinical presentation.Result: In our study of 52 cases the clinicoradiological and clinicopathological correlation of intracranial space occupying was founded in 61.5% Amongst all the ICSOL the maximum number of cases was of neoplastic tumors i.e. 63% next to this was infective group i.e. 21% & rest of the cases were of traumatic group i.e. 15%.Conclusion: CT scan is the diagnostic and the most accurate investigation in localization of ICSOL. CT guided biopsy is helpful in diagnosing the histopathology of various ICSOLs. X ray skull studies are not of much value as a diagnostic tool in ICSOL. The overall incidence of correct clinical localization of the lesion to the final diagnosis after investigations and surgery was seen to be 61.5% cases. Introduction Space occupying lesions in the cranial cavity is known to mankind since 1774, when Louis first reported fungus tumour of the dura mater. Three decades ago and earlier, medical teachers in India 1 frequently stated that brain tumours were uncommon in Indians. With the development of recent investigative techniques in India during the past 2 decades, it has become obvious that brain tumours are as common in this country as elsewhere.The most of the patients with neoplasm has fairly characteristic presentation However; many patients with intracranial masses present a greater diagnostic challenge because of atypical presentation secondary to intratumoural hemorrhage, arterial occlusion and cerebral infarction or tumour involvement of silent areas. In such cases it is important to utilize modern neuroradiological proce?dures in order to detect the lesion to localize it and thus predict the histological tumour type. To detect the presence of potentially life threatening complications such as cere?bral herniation or ventricular entrapment and to provide appropriate pre-therapeutic neuro-anotomic data to prevent an untoward complications. Methods and Material This study of ICSOL was carried out at Acharya Vinoba Bhave Rural Hospital, Sawangi, Meghe, Wardha during the six academic terms from April 2004 to October 2006. Total 52 cases were studied and the primary method of case ascertain was detailed neurological examination and review of all CT with contrast of the brain performed on the patients after suspicion of intracranial space occupying lesions on clinical presentation. Observations From our study it is observed that the maximum numbers of patients were between age group 20 to 50 years i.e. 33 patients (63%) while 3 patients (6%) were below 10 years of age and 7 patients (13%) were above 60 years of age. The sex distribution of patients was 30 male (58%) and 22 female (42%). The ratio of male to female was 1.3:1. The maximum number of patients of ICSOL belonged to malignant etiology of 19 (37%) while 14 patients (27%) belongs to benign nature, 11 patients (21%) were belonged to infective etiology and 8 patients were of traumatic etiology (15%).The incidence of various ICSOL (Figure 1) out of the 52 patients was 13 astrocytoma, 2 oligodendroglioma, 1 medulloblastomas, 3 secondaries in brain. Out of all malignant ICSOL compromising total 19 cases, 1 colloid cyst, 5 meningioma, 1 acoustic Neuroma, 1 pineal tumor, 2 pituitary adenoma, 2 porencephalic cyst, 2 epidermoid cyst. Among the all benign tumors of 14 the distribution was 9 tuberculoma, 1 hydatid cyst, 1 abscess and 11 infective etiology. The 8 patients were of chronic subdural haematoma with history of traumatic etiology. The patients presented with various symptoms like headache, vomiting, convulsions, neurodeficit, fe
机译:目的:研究在AVBRH中颅内占位性病变的临床放射学和临床病理学相关性方法:确定病例的主要方法是详细的神经系统检查和所有CT检查,并于2004年7月1日至2004年1月间对患者进行头部对比检查结果:在我们研究的52例颅内腔占位的临床放射学和临床病理相关性中,有61.5%的病例在ICSOL中被发现,其最大病例数为65例。肿瘤肿瘤,即其次是63%是感染组,即21%,其余病例是外伤组,即15%。结论:CT扫描是对ICASOL的诊断和最准确的研究。 CT引导的活检有助于诊断各种ICSOL的组织病理学。 X射线颅骨研究作为ICSOL中的诊断工具没有太大价值。经调查和手术后,病变的正确临床定位至最终诊断的总体发生率为61.5%。简介自1774年路易首次报道硬脑膜真菌肿瘤以来,人类就已经知道颅腔中的占位性病变。三十年前或更早,印度1的医学教师经常说脑肿瘤在印度人中并不常见。在过去的20年中,随着印度最新研究技术的发展,脑瘤在该国与其他国家一样普遍,这一点显而易见。由于颅内肿块,动脉闭塞,脑梗塞或肿瘤累及无声区继发的非典型表现,许多颅内包块患者提出了更大的诊断挑战。在这种情况下,重要的是利用现代的神经放射学程序来检测病变以定位病变并预测组织学肿瘤类型。为了检测可能危及生命的并发症(例如脑疝或心室压迫)的存在,并提供适当的治疗前神经解剖学数据以防止不良并发症。方法和材料本研究于2004年4月至2006年10月的六个学期期间,在瓦尔达(Wegha)梅格(Meghe)萨旺吉(Sawangi)的阿查里亚·维诺巴(Acharya Vinoba Bhave)乡村医院进行了研究。研究了52例病例,确定病例的主要方法是详细的神经系统检查并在临床表现上怀疑颅内占位性病变后对所有患者进行了脑部CT对比检查。观察结果从我们的研究中可以观察到,最大患者数在20至50岁年龄组之间,即33位患者(63%),而3位患者(6%)在10岁以下,7位患者(13%)在10岁以下。 60岁。患者的性别分布为30例男性(58%)和22例女性(42%)。男女比例为1.3:1。 ICSOL的最大患者数为19名(37%)为恶性病因,而14例(27%)为良性性质,11例(21%)为感染性病因,8例为创伤性病因(15%) )。52例患者中各种ICSOL的发生率(图1)为13例星形细胞瘤,2例少突胶质细胞瘤,1例髓母细胞瘤,3例继发性脑脊髓炎。在所有ICSOL恶性肿瘤中,共19例,胶体囊肿1例,脑膜瘤5例,听神经瘤1例,松果体瘤1例,垂体腺瘤2例,脑脊髓囊肿2例,表皮样囊肿2例。在所有14例良性肿瘤中,有9例是肺结核,1例是包虫囊肿,1例是脓肿,11例是感染性病因。 8例为慢性硬膜下血肿,有外伤病因史。患者表现出各种症状,如头痛,呕吐,抽搐,神经缺陷,

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