Global Journal for Research Analysis 2021

DOI: 10.36106/gjra/6202497

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Optimized Centrifugal Pump Dimensions of Saispandan: Hybrid BSRM Total Artificial Heart for Destination Therapy

Pradeep Kumar Radhakrishnan¹,

Sujatha Mohanty

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et al.

Abstract: Optimization of pump characteristics when supporting the mechanical functions of heart as destination therapy is essential because of limitations imposed on design on size and power. Computational uid dynamics assessment with uid bearing similar properties is done. Knowledge of previously designed similar pumps is an 5 added advantage. Pumps supporting heart operate in Reynolds numbers of 10 .Limited data is available on pumps that operate in this range. It is useful to present data using traditional Cordier… Show more

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Elective Mechanical Sub Pulmonary Support - The Final Frontier of Single Ventricle Palliation

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et al. 2021

Global Journal for Research Analysis

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Sophisticated technology advances are fast taking taking shape to provide long term destination therapy mechanical circulatory assistance. Sai Spandan total articial heart with hybrid BSRM core with dual motor and controls, virtual t technology is one such over the horizon. The promise is of better quality of life and longevity. Transcutaneous charging of fully implantable models would very soon revolutionize cardiac surgical treatment modalities. The nal frontier in a failing Fontan is sub pulmonary mechanical assistance. We take a short look into the issues and possibilities. The research gap exists for the innovator in this eld.

Elective Mechanical Sub Pulmonary Support - The Final Frontier of Single Ventricle Palliation

¹

,

²

,

³

et al. 2021

Global Journal for Research Analysis

View full text Add to dashboard Cite

Sophisticated technology advances are fast taking taking shape to provide long term destination therapy mechanical circulatory assistance. Sai Spandan total articial heart with hybrid BSRM core with dual motor and controls, virtual t technology is one such over the horizon. The promise is of better quality of life and longevity. Transcutaneous charging of fully implantable models would very soon revolutionize cardiac surgical treatment modalities. The nal frontier in a failing Fontan is sub pulmonary mechanical assistance. We take a short look into the issues and possibilities. The research gap exists for the innovator in this eld.

Primary Cardiac Tumors: Early Surgery, Complete Resection, Chemotherapy Enhances Survival.

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et al. 2021

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Primary cardiac tumors are rare. The incidence varies between 0.3% to 0.7% .Quarter of all primary cardiac tumors are malignant, of these 75% are sarcomas. Malignant primary cardiac sarcomas that affect right atrium are predominantly angiosarcomas while the left atrium is involved primary in pleomorphic sarcoma like malignant brous histiocytoma and leiomyosarcoma. In a young patient it usually carries a dismal prognosis if not diagnosed early and dealt with surgically followed by adjuvant therapy. Without surgical resection, the survival rate at 1yr is only 10%.Retrospective evaluation of the last 60 primary cardiac tumors done by the same surgical team over 28 years was looked into.

Novel Operative Technique for Fully Implantable Total Artificial Hearts With Normal Cardiac Anatomy- Cadaveric Evaluation

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et al. 2022

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23 million people are affected by heart failure in the world. Even with the best promotional methods there is a shortage of donor hearts globally. Advances in technology with development of fully implantable, durable, devices for mechanical support have strengthened the necessity of use of these devices for destination therapy. As better and novel prototypes emerge, the requirement of surgical innovations is a necessity for quick and safe implantation and explantation procedures in emergency. Use of augmented and virtual reality platforms for device patient match as well as surgical training is being looked into a serious option for such procedures in future.

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