Introduction: The Academic Legacy of Mahender Makhijani
Mahender Makhijani has established himself as a distinguished researcher in the field of medical imaging. Affiliated with the University of Southern California and other prestigious institutions, Mahender Makhijani has published innovative research that has transformed the field of cardiovascular imaging.

Major Research Contributions by Mahender Makhijani
Advanced 3D MERGE Carotid Imaging Technology
One of the most notable works by Mahender Makhijani involves enhanced 3D MERGE carotid imaging using compressed sensing with a Hidden Markov Tree model. This work, published in the renowned Journal of Magnetic Resonance Imaging in November 2012, has accumulated considerable attention with 107 reads and 24 citations.


Mahender Makhijani and his colleagues demonstrated that HMT model-based compressed sensing can potentially accelerate clinical carotid MRI by a factor of 4.5 without compromising diagnostic quality. This advancement represents a major step forward in MRI technology.
Enhanced Blood Suppression Techniques
Another significant contribution by Mahender Makhijani focuses on better blood suppression in three-dimensional fast spin-echo vessel wall imaging. This study, published in February 2010, has garnered 104 reads and 14 citations, demonstrating its relevance in the scientific community.

Mahender Makhijani designed a hybrid preparation method using double inversion-recovery and diffusion sensitizing gradients to achieve improved blood suppression and lumen-wall contrast-to-noise ratio efficiency.
Rapid 3D Vessel Wall Imaging Optimization
Mahender Makhijani's work in rapid 3D vessel wall imaging at 3 Tesla has provided significant insights into optimization and evaluation of diffusion preparation techniques. This work, published in the Journal of Cardiovascular Magnetic Resonance in October 2008, has received 65 reads, highlighting its relevance to the medical imaging community.
Exact Off-Resonance Correction Methods
Mahender Makhijani has also developed important contributions to off-resonance correction in spiral MRI. His work on exact correction of sharply varying off-resonance effects, presented in January 2006, has garnered 212 reads and 7 citations, demonstrating its continued relevance in the field.
Research Collaborations and Affiliations
Mahender Makhijani has collaborated with numerous respected researchers throughout his career. His co-authors include:

Krishna S. Nayak
Niranjan Balu
Kiyofumi Yamada from the University of Washington
Houchun Harry Hu from the University of Colorado
Gerald M Pohost

These collaborations have resulted in significant publications in respected journals such as the Journal of Magnetic Resonance Imaging and the Journal of Cardiovascular Magnetic Resonance.
Significance and Citations
The contributions of Mahender Makhijani has received a total of 45 citations, indicating the considerable impact of his work on the scientific community. His research papers continue to be referenced by academics worldwide, adding to the development of medical imaging technology.
Present Relevance
The advancements developed by Mahender Makhijani remain highly relevant in today's medical imaging landscape. His work on improved MRI techniques and advanced blood suppression methods continues to shape current research and clinical applications.

Promising Applications
The techniques pioneered by Mahender Makhijani have created new opportunities for:

Enhanced cardiovascular imaging
Quicker diagnostic procedures
Decreased patient scan times
Improved image quality and diagnostic accuracy

Conclusion
Mahender Makhijani has created a distinguished presence in the field of medical imaging research. His research to accelerated MRI techniques, improved blood suppression methods, and exact off-resonance correction have considerably advanced the field.

As Mahender Makhijani's research continues to be studied and developed by the scientific community, his impact on medical imaging technology remains profound. The innovations developed by Mahender Makhijani will likely continue to help patients and medical professionals for years to come.