In the modern technological era, the usage and utilization of Artificial Intelligence Enabled industrial healthcare Robots is inevitable. In industrial applications, the robots perform a wide role from lifting the objects up to fix all the components in a suitable framework. They lift massive objects, move with blurring speed, and repeat complex performances with correct precision. Still an outside of carefully controlled settings, even the most sophisticated robot would be unable to get you a glass of water. The everyday manipulation tasks the take for granted would stump the greatest robot bodies and brains in existence of current application of day to day life. Manipulation for Human Environments and production of the necessary products as well as the research applications. In this paper to focus on the proposal of improving the architectural design of Artificial Intelligence Enabled Industrial robots.
Keywords: Industrial, Robots, Artificial Intelligence, Architecture and Design.
2.
Brent brotzman protocol for improving lumbar range of motion in professional fast bowlers with low back pain
Vijay selvan N, *Arunachalam Ramachandran, Vijai Krishna, Nagaraj srinivasan
It is estimated that 10- 15% of the athletic population experiences back injuries. Athletes who participate in sporting events that require repeated hyperextension or flexion of the spine, such as cricket pace bowlers, may be particularly at risk. This study aims to find the effectiveness of Brent Brotzman Protocol in improving lumbar range of motion in professional fast bowlers with low back pain. 20 elite professional cricket fast bowlers (mean age of 25.65) who had low back pain underwent Brent Brotzman rehabilitation protocol for 12 weeks. The outcome measures were lumbar range of motion. Pre – post rehabilitation measurements were compared using t test. The Results of the study showed that the range of motion lumbar spine improved statistically significantly (p<0.001). This study concludes that Brent Brotzman Rehabilitation protocol is very effective in improving lumbar range of motion in professional fast bowlers with low back pain.
Keywords: Brent Brotzman Protocol, Low back pain, Professional fast bowlers, Lumbar range of motion.
3.
Effect of ranitidine hydrochloride as floating drug delivery system
*K V Swathi Krishna, K B Chandra Sekhar, MD Mohasin, MD Nazma Sultana
The objective of this study was to evaluate the effect of formulation variables on the release properties, floating lag time, and hardness, weight variability, compressibility index, hausners ratio, angle of repose and invitro dissolution studies by developing floating tablets of Ranitidine hydrochloride by increasing its bioavailability. Ranitidine is a H2 receptor antagonist having short biological half life (2-3.5 h), absorption in the initial part of the small intestine and 50% absolute bioavailability of drug favour development of sustained release floating formulation. Floating matrix tablets of Ranitidine were developed using different effervescent salts and polymer combinations. The tablets were prepared by direct compression technique, using polymers such as carboxy methyl cellulose (CMC), Carbopol in combination. Sodium bicarbonate, citric acid, stearic acid was incorporated as a gas-generating agent. The effects of citric acid and stearic acid on drug release profile and floating properties were investigated. The addition of stearic acid reduced the drug dissolution due to its hydrophobic nature. The formulation was optimized on the basis of acceptable tablet properties, floating lag time, total duration of floating and in-vitro drug release.
