Y K Sudarshan Family

[Staci Mauger]

DrSudarshan Bhat is a family doctor who cares for children and adults of all ages. In addition to evaluating urgent concerns and managing a broad range of chronic conditions, he has particular interests in care for diabetes, depression and anxiety, sports medicine and palliative care. He is experienced in performing office procedures for skin concerns (such as biopsies, cryotherapy and wound care), muscle and joints conditions (such as trigger point release for muscle spasms and joint injections for pain and inflammation) and reproductive health needs (such as placing and removing contraceptive implants and doing routine Pap tests). From supporting families caring for a newborn to helping them navigate complex conditions and decisions at the end of life, the breadth of family-oriented practice is where he finds fulfillment.

In research, Bhat is dedicated to improving access to quality health care, training future providers and addressing gaps in the care offered by health systems. Some of his areas of active investigation lie at the intersection of technology and health care, such as using ultrasound, biometrics (identification methods based on physiological characteristics) and natural language processing (how computers can comprehend human language) in the clinic. He also studies addiction and substance use management.

Bhat earned his medical degree from the University of California, San Diego, where he was inducted into the Gold Humanism Honor Society. He completed a residency in family medicine at LifeLong Medical Care, where he advocated for health equity and worked with underserved communities in Richmond and Oakland, California.

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When we look at our children, one of the amazing things most of us would recall is how enthusiastic we were to do things that were important for us, no matter how trivial it may seem now. Children would run and chase their friends till they go out of breath, bump into the cartwheels, and hide themselves in strange places. I still remember how the end of the school days felt so accomplished and the summer and winter holidays seemed like a lifetime. Because as a child, we experience every day as a new opportunity to make friends, adventures, and learn new things. And it was fun too. One of the reminders from our children is that we should not carry too much baggage into our life and be willing to start afresh enthusiastically.

If you observe carefully, you will notice that children are centered around themselves. They view themselves as the hero of their story. It is wonderful to see how children imagine the world around them. As we become adults, many of us sideline these inherent qualities and get driven by the need to look after family, meet up the expectations of the society and much more. It is also true that we do not want to be conceited so we end up to the side of self-deprecation. In several instances, we put ourselves down to make others feel better and embrace mediocrity. Thus, time and again we need to bring ourselves to the center of our attention and look at us as the hero of our life.

Children embrace life and all it has to offer with open arms. They demonstrate emotions openly and freely without any fears or humiliation. Have you noticed how they find joy all around them, be it in the shopping mall or agriculture fields, or at the park?

A Memorandum of Understanding (MoU) was executed on March 21, 2024, by Venu Srinivasan, Chairman and Managing Director of TAFE - Tractors and Farm Equipment Ltd Mallika Srinivasan, Director of TVS Motor Co and Deputy Managing Director of TAFE Motors and Tractors Dr Lakshmi Venu, and Sudarshan Venu, Managing Director of TVS Motor Co.

The company is not a party to this MoU, the TVS Motor Company said in a regulatory filing. Lakshmi Venu and Sudarshan Venu are children of Venu and Mallika Srinivasan. Lakshmi Venu and Sudarshan Venu are children of Venu and Mallika Srinivasan.

Under the MoU, Sudarshan Venu has agreed that he and persons controlled by him shall not use certain trademarks, including TVS, in relation to certain businesses including design, manufacturing and supply of aluminium and magnesium die castings or machined castings for OEMs and the after-market, the filing said. Further, he has also agreed to not compete for a defined period, including in the business of agricultural machinery including tractors, and self-propelled farm equipment.

On the other hand, Mallika Srinivasan and Dr Lakshmi Venu have "agreed that they and persons controlled by them shall not use certain trademarks (including TVS) in relation to certain businesses, including two-wheeler and three-wheeler vehicles, financial services, and real estate business". They have also agreed to not engage in certain businesses, including two-wheeler, and three-wheeler vehicles, parts and/or accessories for any such vehicles, for a defined period, it added.

This MoU doesn't in any way impact the company's business adversely, and its ability to continue its business as currently conducted today is not impacted, it added. Sharing the purpose for entering into the agreement in a letter to the company secretary, Venu Srinivasan said it was subsequent to the members of the TVS family executing a family settlement based on a Memorandum of Family Agreement (MFA) dated December 10, 2020.

Sharing the purpose for entering into the agreement in a letter to the company secretary, Venu Srinivasan said it was subsequent to the members of the TVS family executing a family settlement based on a Memorandum of Family Agreement (MFA) dated December 10, 2020.

The MFA had recorded the oral understanding reached between the members of the TVS Family, along with other agreements and understandings executed among the various family groups of the larger TVS family and persons controlled by them. The family settlement took effect on February 4, 2022. The parties -- Venu Srinivasan, Mallika Srinivasan, Dr Lakshmi Venu and Sudarshan Venu -- have arrived at a further understanding among themselves in addition to the MFA, including regarding the usage of the TVS brands, the letter added.

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Although a few individual members of the protein kinase C (PKC) family were studied in spatial memory no systematic approach was carried out to concomitantly determine all described PKC family members in spatial memory of the mouse. It was therefore the aim of the current study to link hippocampal PKCs to memory retrieval in the Morris water maze (MWM). CD1 mice were trained (n=9) or untrained (n=9) in the MWM, hippocampi were taken 6h following the test for memory retrieval and PKCs were determined in mouse hippocampi by immunoblotting. The trained animals learned the spatial memory task and kept memory at the probe trial. PKCs alpha and epsilon were comparable between groups while PKCs beta, delta, gamma (two forms, i.e. two bands on Western blotting), zeta (2 forms) were higher in trained mice and theta (2 forms) were lower in trained mice. PKC gamma (1 form) was significantly correlating with the time spent in the target quadrant (r=0.7933; P=0.0188). Changes of hippocampal levels of PKCs beta, delta, gamma, zeta and theta were paralleling memory retrieval of the MWM task but correlations revealed that spatial memory retrieval was only linked to one form of PKC gamma. Results are also in agreement with a recent publication showing that PKM zeta is not required for memory formation. These findings may be relevant for the interpretation of previous work and the design of future work on the protein kinase C family in spatial memory of the mouse.

Differential cross-sections for elastic and inelastic scattering of 45 and 50 MeV alpha-particles from46Ti have been measured in the angular range from θlab5 to 135 in 2.5 and 5 steps and those of 40 and 45 MeV alpha-particles from48Ti in the angular ranges from θlab20 to 125 and 5 to 130, respectively, in the same angular steps. A six-parameter optical-model analysis of the elastic-scattering data has been carried out using Woods-Saxon, and Woods-Saxon-squared radial dependences. A method based on predicting optical-model potential parameters starting with a consistent set of parameters at higher energies following the energy dependences established from the systematics has also been used. The most sensitive region of the potential in predicting the elastic-scattering cross-sections has been found by using a notch perturbation test. The problem of discrete family ambiguity in the optical-model analysis of elastic data has also been investigated. The inelastic-scattering data have been analysed in terms of the collective model using the distorted-wave Born approximation (DWBA), where the distorted waves are generated by the optical potential obtained from the elastic-scattering data. The values of the deformation parameter (β2) thus obtained compare very well with the ones reported earlier.

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