Case Report on Rom Exercises Effective in Reducing Pain and Discomfort in Hodgkin’s Lymphoma

Introduction: Hodgkin lymphoma, which also accounts up 11% of all lymphomas, is named Hodgkin's disease. This malignant disease is known as the Reed-Sternberg-cell, which is situated in lymph-nodes and is characterized by the proliferation of irregular gait. The disease occurs more often in those between 15-30 years and over 55 and is doubling prevalent in women, in men and women. The sickness is bimodal age specific. The frequency in India is around 1 in 25,000 inhabitants. However, for all stages, long-term survival is around 80%. Clinical Findings: The onset of symptoms is usually insidious but usually used for frequent diagnosis are: Extension of lymph nodes in area of cervical, axillary or inguinal, extraordinary weight loss, Fatigue, Weakness, fever, chills, tachycardia, sweating or nocturnal sweat. Diagnostic Evaluation: Peripheral analysis of the blood, Biopsy of Excision of lymph node, Examination of bone marrow, Radiological study Therapeutic Management: Chemotherapy and radiation therapy or some may need immunotherapy or stem cell transplant. Outcome: After treatment, the child showed great improvement. Conclusion: A 11 year male child was admitted to pediatric ward no.22 in AVBRH on 25/05/2021 with a unique case of Hodgkin’s lymphoma with severe pain and discompfort. He was admitted in hospital and all investigation and treatment were started. After getting medical treatment and physiotherapy he shows great improvement and the treatment was still going on till my last date of care.

Examining More Lymph Nodes May Improve the Prognosis of Patients With Right Colon Cancer: Determining the Optimal Minimum Lymph Node Count

Objectives The objective is to determine the optimal minimum lymph node examination number for right colon cancer (RCC) patients. Methods We comprehensively analysed the Surveillance, Epidemiology and End Results database data from 2004 to 2016 to determine the 13-year trend in the number of lymph nodes examined among 108,703 left colon cancer and 165,937 RCC patients. 133,137 RCC patients eligible for inclusion were used to determine the optimal minimum for lymph node examination. We used restricted cubic splines to analyse the dose-response relationship between the number of lymph nodes examined and prognosis. X-tiles and decision trees were used to determine the optimal cutoff for the number of lymph nodes based on the survival outcomes of patients with RCC. The Kaplan–Meier method and COX model were used to estimate the overall survival and independent prognostic factors, and a prediction model was constructed. The C-index, calibration curve, net reclassification improvement and integrated discrimination improvement were used to determine the predictive performance of the model, and decision curve analysis was used to evaluate the benefits. Results Lymph node examinations were common among colon cancer patients over the 13-year study period. It is generally agreed that at least 12 lymph nodes must be examined to ensure proper dissection and accurate staging of RCC; however, the optimal number of lymph nodes to be examined is controversial. The dose-response relationship indicated that 12 was not the optimal minimum number of lymph nodes for RCC patients. X-tile and survival decision-tree analysis indicated that 20 nodes was the optimal number. Survival analysis indicated that <20 nodes examined was a risk factor for poor prognosis, and the classification performance was superior for 20 nodes compared to 12 nodes. Conclusion Lymph node examination in RCC patients should be altered. Our research suggests that a 20-node measure may be more suitable for RCC patients.