Telangana, a rapidly developing state in India, is committed to transforming its higher education landscape to meet the demands of the 21st century. This abstract outlines the key strategies and initiatives being implemented to elevate educational standards and ensure that students receive a world-class learning experience. This paper explores the efforts and strategies implemented to elevate the standards of higher education in Telangana, focusing on the challenges and opportunities encountered in delivering quality education. Over the past decade, Telangana has taken significant steps to enhance its higher education system by improving infrastructure, curriculum, teaching methodologies, and fostering collaborations with national and international institutions. The introduction of state-specific initiatives, such as the Telangana Academy for Skill and Knowledge (TASK), along with reforms in university governance, accreditation processes, and the promotion of research and innovation, has played a crucial role in improving educational outcomes. The paper also delves into the socio-economic impact of these improvements, particularly the increased employability of graduates, their contributions to the local economy, and the role of emerging institutions like Young India Skill University. By addressing both the successes and ongoing challenges, this study aims to provide insights into how quality higher education can be a catalyst for regional development and social mobility in Telangana.

Dr gedam kamalakar

The seeds of Cleome viscosa are used in traditional systems of medicine for the treatment of many diseases in Asia. This study evaluated fixed oil from the seeds of Cleome viscosa for analgesic and antiemetic activity by using the acetic acid induced writhing test in mice (intraperitoneally) and chick emetic model (oral treatment) respectively. The results showed significant analgesic and antiemetic activities of Cleome viscosa fixed oil.

Dr. salman ahmed

Vitamin D is a hormone which plays a vital role in immune response regulation, including the prevention of inflammation and autoimmunity. Insufficient vitamin D may increase the risk of infection. Vitamin D deficiency is not the only factor linked to an elevated risk of COVID-19 infection. Recent studies have discovered a link between SARS-COV-2 infection risk and blood type. This study was aimed to examine the association of vitamin D and blood groups with the severity of COVID-19. A retrospective study was conducted on 224 confirmed COVID-19 patients, aged between 18 and 89 years old. Patients were divided into three groups (asymptomatic, moderate, and severe cases), and serum 25(OH)D concentration and blood group were analyzed for all the patients. Data of the severe cases were obtained from Souq Althalath Isolation Center, Tripoli, Libya, while moderate and asymptomatic cases were obtained from Abushusha Polyclinic and Aldahmani COVID Filtration Center, during 22nd February 2021 and 28th April 2021 and serum 25(OH)D concentration and blood group were statistically analyzed for all the patients. The percentages of males and females were found to be 47.3% and 52.7%, respectively. Disease severity was distributed as follows: 12.5% asymptomatic, 44.6 % moderate and 42.9% severe. Most of the severe cases had vitamin D deficiency (88.5%). Among the severely ill patients, 39.6% had blood group A and 09.4% had group O, while 22.9%, and 28.1% had blood group B and AB, respectively. In contrast, among the asymptomatic patients, only 7.1% had group A and 85.7% had group O. Overall, the difference in the distribution pattern of blood group in the three severity categories was highly significant (p < 0.001). The prevalence of Rh positivity among asymptomatic, moderate and severe cases was 78.6%, 76.0%, and 60.4%, respectively. This study concludes that insufficient vitamin D levels might influence the severity of COVID-19. COVID-19 patients with blood group A and those who are Rh-positive could be more vulnerable to developing COVID-19 severity.

Mediterranean journal of pharmacy and pharmaceutical sciences

Congenital constriction band syndrome (CBS) is a rare condition characterized by either partial or complete circular constrictions around limbs or digits. Possible consequences include acrosyndactyly of the digits, terminal amputations, and localized swelling with digital edema distal to the constrictions. Occasionally, a constriction band may lead to injury of a peripheral nerve. We report a case of CBS in a newborn presenting with radial nerve palsy caused by a constriction band at the level of the arm. Surgical release of the congenital constriction band was performed at 1 month of age, including neurolysis of the radial nerve. As a result, the nerve was decompressed, and hand function was restored. Given the rarity of radial nerve palsy as a complication of congenital constriction bands, this case enriches the limited literature by emphasizing the importance of early diagnosis and prompt surgical intervention to optimize functional outcomes. It also highlights the need for increased clinical vigilance and provides practical insights into managing isolated radial nerve palsies.

Karishma

The rate of oxygen consumption was measured in mercury chloride treated freshwater fish, cyprinus carpio for 96h and compared to control group. The present investigation showed that average oxygen rate was decreased in all treated animal as compared to controlled group. Behavioural changes was also recorded in both concentration. The behavioural alterations observed like surfacing, erratic movement, increased mucous secretion, decreased opercular movement and loss of balance. The present study revealed that, mortality rate increased with increases in concentration.

.vijay digambar suryawanshi

Establishing a realistic working profile of soil properties has been, and is still, one of the most challenging problems facing Geo-technical engineers, especially for CBR results. In the present study a neural-network approach is used to tackle this problem. Source data of a series of California Bearing Ratio Tests (CBR) performed at the Laboratory and Geo-technical Experimental Site. This will be useful for training and testing an artificial neural network. The developed neural network will be showing the prediction of CBR values of the site studied. Data are then generated for constructing the profiles of the CBR values using the trained neural network. This study might be useful for the future as this process will reduce the work on procedure and graphical calculations.

Mayura