Non-invasive diagnosis of lung cancer based on CFD modeling and fractal analysis by Chen, Rou, Zhou, Ying, Yan, Weiwei, Li, Hua

“…Conventionally, lung cancer diagnostic approaches are costly, and they increase the health risks caused by invasiveness and radiation hazards. In this work, a new diagnostic technique using aerosol fingerprints in the breath test is explored based on computational fluid dynamics (CFD) modeling and fractal analysis. …”
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The effect of temperature on permittivity measurements of aqueous solutions of glucose for the development of non-invasive glucose sensors based on electromagnetic waves by Jayanthi, Renu, Virdee, Bal Singh, Lubangakene, Innocent, Ganguly, Priyanka, Mariyanayagam, Dion

“…The findings from the study should enable the design of accurate noninvasive glucose monitoring devices based on electromagnetic sensing techniques.…”
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Clinical Validation of Non-invasive Simulation-Based Determination of Vascular Impedance, Wave Intensity, and Hydraulic Work in Patients Undergoing Transcatheter Aortic Valve Replacement by Brown, Jonathan Y., Fernandez, Gabriela V., De La Torre Hernández, Jose M., Murphy, Michael, Wessler, Benjamin S., Edelman, Elazer R.

“…Simulation-based impedance was compared to impedance calculated from echocardiographic flow data and pressure data from a non-invasive central pressure measurement device. …”
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States of insecurity: recalibrations after the Russian invasion of Ukraine by Ng, Joel

“…Three senses of insecurity have developed since the 2022 Russian invasion of Ukraine: The assault on democracy, the global imbalance of power, and the disregard for the international rules-based system. …”
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Acoustic resolution photoacoustic microscopy imaging enhancement: learning based and model based approaches by Zhang, Zhengyuan

“…To address the above challenge, two algorithmic perspectives emerge: learning-based and model-based approaches. Deep learning algorithms have been proposed as first solution, leveraging synthetic training data to reconstruct PAM images, enhancing resolution and reducing noise. …”
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A robotic/mechatronic mammotome system for minimally invasive breast cancer surgery by Ranjan Kumar Mishra

“…This report describes the details of work done based on the novel objective of developing a minimally invasive surgical alternative for breast cancer treatment. …”
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Non-invasive nanosensor monitoring of mRNA expression for regenerative medicine application by Wiraja, Christian

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NMR-based quantification of fat in mouse samples by Sreedhar, Sagaana Poongothai.

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The implementation of photoacoustic microscopy system based on Zynq by Wang, Xijie

“…In this dissertation, a Zynq-based Photoacoustic Microscopy hardware system based is implemented. …”
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Microfluidics based cell-cell interaction model by Bak Thavatchalam, Subhashree

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Genomic diversity and antimicrobial susceptibility of invasive Neisseria meningitidis in South Africa, 2016–2021 by Mikhari, RL, Meiring, S, de Gouveia, L, Chan, WY, Jolley, KA, Van Tyne, D, Harrison, LH, Marjuki, H, Ismail, A, Quan, V, Cohen, C, Walaza, S, von Gottberg, A, du Plessis, M

“…</p> <p><strong>Methods:</strong>&nbsp;Meningococcal isolates were collected through national, laboratory-based invasive meningococcal disease (IMD) surveillance. …”

A paper-based glucose sensoring microneedle patch by Zheng, Shu

“…This paper-based colorimetric glucose MN patch platform shows great potential for future minimally invasive transdermal glucose detector applications.…”
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Minimally invasive inspection of technical and medical intracavities using a novel opto-digital scheme by Murukeshan Vadakke Matham.

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Electrochemical electrodes based on graphene materials for sensing and energy applications by Wang, Xuewan

“…In this PhD thesis, dimensional-tailored graphene-based electrochemical electrodes were designed and developed, aiming to explore the potential of graphene materials in electrochemistry and their applications in novel sensor and energy devices. …”
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Study and design of a resonant inductive coupling based magnetic stimulator by Ma, Qiang

“…Among these stimulation modalities which are capable for non-invasive or minimally invasive treatment, magnetic stimulation has been proved to be both an effective and promising treating method by using time varying magnetic flux to drive currents and generate electric field in the human body tissue. …”
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Assembling a desktop robotic arm based hydrogel extrusion system by Khadijah Mohamed Hussain

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Differences in pulse manifestations at Cunkou based on simplified modeling of tactile sensing by Shi, Yubing, Yang, Hongyi, Yeo, Joon Hock

“…The features of pulse manifestations at Cunkou, using direct pulse-taking technique but at different depths, superficial, middle, and deep positions, respectively, predicted by the developed tactile sensing model were in line with those described in TCM pulse theories. Conclusion: Based on the developed tactile sensing model, this study preliminarily explains the phenomenon that pulse manifestation at Cunkou changes in response to the compression force applied during TCM pulse-taking. …”
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Deep Learning MRI-based Model for Prediction of Clinically Significant Prostate Cancer by Yang, Janice

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Application of smartphone-based biophotonic instrumentation for glucose sensing using photometric method by Aziz, Nur Anis Huda

“…This study aimed to apply smartphone-based biophotonic instrumentation for measuring glucose concentrations using the photometric method. …”
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Physical unclonable function based solutions to unification of user, device and data authentication by Zheng, Yue

“…These solutions are typically realized using conventional techniques that require the safekeeping of a secret binary key in the non-volatile memory, or battery-backed SRAM of some device, or a token owned by the user, which have been proven to be vulnerable to various kinds of invasive, semi-invasive and side channel attacks. The non-repudiation assumption of these conventional techniques is being challenged by emerging artificial-intelligent assisted and malware-based attacks on independently chained weak links (factors), and their limited extension to IoT scenarios, where the sheer number of inexpensive and often insufficiently protected endpoints prevent application of standard, secret-key based techniques. …”
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