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UTE (Ultrashort Echo Time) and ZTE (Zero Echo Time) sequences have beendeveloped to detect short T2 relaxation signals coming from regions that areunable to be detected by conventional MRI methods. Due to the highdipole-dipole interactions in solid and semi-solid tissues, the echo timegenerated is simply not enough to produce a signal using conventional imagingmethod, often leading to void signal coming from the discussed areas. By theapplication of these techniques, solid and semi-solid areas can be imaged whichcan have a profound impact in clinical imaging. High and Ultra-high fieldstrength (UHF) provides a vital advantage in providing better sensitivity andspecificity of MR imaging. When coupled with the UTE and ZTE sequences, theimage can recover void signals as well as a much-improved signal quality. Tofurther this strategy, secondary data from various research tools was obtainedto further validate the research while addressing the drawbacks to thisapproach. It was found that UTE and ZTE sequences coupled with some techniquessuch as qualitative imaging and new trajectories are very crucial for accurateimage depiction of the areas of the musculoskeletal system, neural system, lungimaging and dental imaging.

Ultrashort echo time and zero echo time MR imaging and their applications at high magnetic fields: A literature survey