The effects of gradient running on lower limb skeletal muscle function parameters measured using TMG100 tensiomyography system by Sek, Qin Rui

“…Tensiomyography (TMG) is a non-invasive method of assessing the contractile properties of a muscle, but has not been used to study the effects of an acute bout of GR. …”
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Construction of novel optical imaging probes and their applications in bioassays by Shao, Qing

“…Benefited from the direct and non-invasive visualization, optical imaging has been extensively used for real-time observation of subcellular events and biochemical processes in living systems. …”
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Quantitative analysis of coronary artery from computed tomography angiography images by Cui, Hengfei

“…Most commonly, diameter stenosis is measured because of the popularity of projection-based invasive angiography, which is measured as the ratio of the reduction in vessel diameter to the proximal normal diameter [4]. …”
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Robust deep learning methods for accountable contrast-agent-free CMR imaging in clinical applications by Gonzales, RA

“…</p> <br> <p>The third goal is to provide a solution for automated segmentation of myocardial tissue in T1 mapping-based virtual native enhancement images. This is based on a quality control-driven deep ensemble method that combines the strengths of multiple deep learning models, to achieve robust and accurate segmentation, with an integrated quality control mechanism that flags potentially erroneous segmentations. …”

Time frequency analysis of functional MR images by Arun Kumar

“…The first presented method, based on χ2 random field, uses the fundamental frequency and its first higher harmonic. …”
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The development of improved strategies to monitor and control biofouling of membranes in the water industry by Low, Jiun Hui

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Near-infrared light for phototherapy : photothermal induced drug release and tumor ablation by Li, Menghuan

“…My studies of these NIR responsive therapeutic nanoplatforms presented a variety of applications based on nanomaterials that were capable of photothermal heat generation. …”
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Feature extraction from EEG signals and regularization for brain-computer interface by Mishuhina, Vasilisa

“…We choose EEG because it is a non-invasive and low cost technology with good time resolution. …”
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Preliminary environmental risk consideration for small UAV ground risk mapping by Chung, Han Jie, Mohd Hasrizam Che Man, Sivakumar, Anush Kumar, Low, Kin Huat

“…Findings for environmental risk-tiering and risk-mapping are preliminary and based on the available environmental data as identified in this study. …”
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Assessment of arterial stiffness via measurement of pulse wave velocity a study for the normotensive population by Chang, Serene Wei Nee.

“…A good correlation was shown and statistical significance was proven. Based on the proposed relationship that baPWV = 0.093*age + 5.464, 91.8% of the subjects are within a 95% confidence interval, while 86.6% are within a 90% confidence interval. …”
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Investigations into high resolution imaging and contouring for diagnostic bio-applications by Valiyambath, Krishnan Mohankumar

“…A novel RGB grayscale value based spectral shift approach was successfully developed for easy identification of abnormality based on biochemical signature differences that can be identified optically, namely fluorescence. …”
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Investigation of fluorescence lifetime imaging for quantitative cervical cancer screening and diagnosis by Gu, Jun

“…The proposed method can provide more accurate and faster cervical diagnosis, which can better supplement traditional gold standard histopathological examination. Liquid based cytological (LBC) Papanicolaou test is a very effective pre-invasive tool to screen for cervical intraepithelial neoplasia (CIN). …”
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Studies of insulin transport across intestinal epithelium using nano-encapsulation for oral delivery by Zhang, Yiming

“…This thesis has demonstrated a novel approach to deliver oral insulin via the Layer-by-Layer approach. This approach based on simple electrostatic interaction generated particles with long sustained release window, therefore serve as a potential alternative to the current subcutaneous injection.…”
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Developing a portable, high-speed, low-cost desktop photoacoustic tomography imaging system by Kalva, Sandeep Kumar

“…Photoacoustic tomography (PAT) is a non-invasive, hybrid biomedical imaging modal- ity. Conventional PAT system uses Nd:YAG-OPO laser as excitation source and a single-element ultrasound transducer (SUT) for detecting the generated photoacoustic (PA) waves from the imaging object. …”
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