NSTL国家科技图书文献中心

1. Noncontact elastic measurement of biological tissues using laser profilometer by tracking the surface wave NSTL国家科技图书文献中心

Yichu Chen | Xiao Chen - 《Seventeenth International Conference on Photonics and Imaging in Biology and Medicine (PIBM 2024)》 - International Conference on Photonics and Imaging in Biology and Medicine - 2025, - 1350705.1～1350705.4 - 共4页

摘要： biological tissues. This paper presents a novel method to | elasticity measurement of biological. | Elasticity is one of the fundamental | properties of materials. It is an important diagnostic | parameter to investigate physiological dysfunctions in

关键词： Elasticity | Laser profilometer | Surface wave | Biological tissues

2. An Artefact-Minimized Raman Probe for Analyzing Biological Tissues NSTL国家科技图书文献中心

Khan, Khan Mohammad | Krishna, Hemant ... - 《Journal of Biophotonics》 - 2025,18(3) - n/a～n/a - 共11页

摘要： situ, from biological* tissues having low Raman cross* | free Raman spectra of biological* tissues in situ. The* | from biological* samples having lower Raman cross* | Availability of a suitable tool for carrying | out non-invasive measurement of Raman signatures in

关键词： biological tissue | fiber-optic probe | lensed probe | Raman probe | fiber‐optic probe

3. Mucosa-Interfacing Capsule for In Situ Sensing the Elasticity of Biological Tissues NSTL国家科技图书文献中心

Kiyoung Kim | Steven Edwards ... - 《Advanced Materials Technologies》 - 2025,10(6) - 2401487～ - 共12页

摘要：Monitoring the elasticity of soft biological | tissues in the gastrointestinal (GI) tract with minimal | tissues. Mechanical stress and strain are monitored by | field control, which can move freely over soft tissues | tissues. The capsule device holds significant promise

关键词： Capsule | Magnetic actuation | Palpation | Sensing | Tissue elasticity

4. Identifying Heterogeneous Micromechanical Properties of Biological Tissues via Physics-Informed Neural Networks NSTL国家科技图书文献中心

Wensi Wu | Mitchell Daneker ... - 《Small Methods》 - 2025,9(1) - 2400620.1～2400620.18 - 共18页 - 被引量：1

摘要： of biological* tissues have profound implications* | , and breast cancer tissues. Further, the improved | The heterogeneous micromechanical properties | across diverse medical and engineering domains. However | , identifying full-field heterogeneous elastic properties of

关键词： complex materials | heterogeneous mechanical properties | physicsinformed neural networks | soft tissues

5. Deformation Modeling of Interaction Between Puncture Needle and Soft Biological Tissues NSTL国家科技图书文献中心

Yuexuan Wang | Qinjian Zhang ... - 《Intelligent Robotics and Applications,Part V》 - International Conference on Intelligent Robotics and Applications - 2025, - 84～99 - 共16页

摘要： biological tissue is crucial to analyzing needle | The force acting on the needle in the | deformation during robot-assisted biopsies and surgeries. In | this paper, the interaction between the three | -dimensional (3D) needle tip and the orthotropic tissue that

关键词： Needle deformation | Three-dimensional needle tip | Puncture | Surgical robot | Deformation of soft biological tissue

6. Singularity of propagation of partially coherent mixed screw-linear edge dislocations beams in biological tissues NSTL国家科技图书文献中心

Shan, Jing | Duan, Meiling ... - 《Optics & Laser Technology》 - 2025,181(Pt.B) - 共10页

摘要： beams propagating in biological* tissue is derived and* | The cross-spectral density function of the | partially coherent mixed screw-linear edge dislocations | used to explore the singularity of propagation, as | well as the effect of the initial beam parameters on

关键词： Mixed screw-linear edge dislocations | Partially coherent beam | Biological tissue | Normalized intensity | Phase evolution

7. Modeling heat transfer in biological tissues with temperature-dependent properties under the moving heat source effects NSTL国家科技图书文献中心

Wang, Yingze | He, Zhaowei ... - 《Journal of Thermal Biology》 - 2025,129 - 共9页

摘要： parameters on the thermal behavior of biological tissue | The effects of temperature-dependent physical | subjected to a moving heat source have been studied in | present work. A nonlinear bio-heat transfer model | incorporating dual-phase lag and Arrhenius equations has been

关键词： Bio-heat transfer | Thermal damage | Biological tissue | Temperature-dependent physical parameters | Moving heat source | Laplace transform nsform

8. Thermomechanical response of biological tissues to sudden temperature rise induced by laser beam: insights from three-phase lag theory NSTL国家科技图书文献中心

Salem, Mohamed G. | Abouelregal, Ahmed E...... - 《Physica Scripta》 - 2025,100(1) - 共19页 - 被引量：1

摘要：The laser irradiation of living tissues* poses* | protecting surrounding healthy tissues. In this context | , theoretical and computational models of biological* heat* | laser intensities in diseased human skin tissues. To | a risk of thermal damage, making it a critical

关键词： TPL bioheat | skin tissue | hyperthermia treatment | laser therapy

9. How well do 3D-printed tissue mimics represent the complex mechanics of biological soft tissues? An example study with Stratasys' cardiovascular TissueMatrix materials NSTL国家科技图书文献中心

Bechtel, Grace N. | Kostelnik, Colton J.... - 《Journal of biomedical materials research,Part A》 - 2025,113(1) - e37787～e37787 - 共9页

摘要：, we created mimics of biological* tissues we* | substantially from the biological* tissues they aim to* | mechanical properties of biological* tissues. Therefore* | how well 3D-printable mimics represent real tissues | biological counterpart and tested the samples using

关键词： biaxial | blood clot | heart valve leaflets | mode-I | myocardium | pure shear | simple shear | mode‐I

10. Atomic Force Microscopy: Mechanosensor and Mechanotransducer for Probing Biological System from Molecules to Tissues NSTL国家科技图书文献中心

Shen, Yi | Czajkowsky, Daniel M...... - 《Small》 - 2025,21(2) - n/a～n/a - 共19页

摘要： properties of biological* systems. By applying controlled* | mechanosensor or a mechanotransducer to probe biological | to entire tissues* is presented. Challenges are* | Atomic Force Microscopy (AFM) is a powerful | technique with widespread applications in various

摘要： biological tissues. This paper presents a novel method to | elasticity measurement of biological. | Elasticity is one of the fundamental | properties of materials. It is an important diagnostic | parameter to investigate physiological dysfunctions in

关键词： Elasticity | Laser profilometer | Surface wave | Biological tissues

摘要： situ, from biological* tissues having low Raman cross* | free Raman spectra of biological* tissues in situ. The* | from biological* samples having lower Raman cross* | Availability of a suitable tool for carrying | out non-invasive measurement of Raman signatures in

关键词： biological tissue | fiber-optic probe | lensed probe | Raman probe | fiber‐optic probe

摘要：Monitoring the elasticity of soft biological | tissues in the gastrointestinal (GI) tract with minimal | tissues. Mechanical stress and strain are monitored by | field control, which can move freely over soft tissues | tissues. The capsule device holds significant promise

关键词： Capsule | Magnetic actuation | Palpation | Sensing | Tissue elasticity

摘要： of biological* tissues have profound implications* | , and breast cancer tissues. Further, the improved | The heterogeneous micromechanical properties | across diverse medical and engineering domains. However | , identifying full-field heterogeneous elastic properties of

关键词： complex materials | heterogeneous mechanical properties | physicsinformed neural networks | soft tissues

摘要： biological tissue is crucial to analyzing needle | The force acting on the needle in the | deformation during robot-assisted biopsies and surgeries. In | this paper, the interaction between the three | -dimensional (3D) needle tip and the orthotropic tissue that

关键词： Needle deformation | Three-dimensional needle tip | Puncture | Surgical robot | Deformation of soft biological tissue

摘要： beams propagating in biological* tissue is derived and* | The cross-spectral density function of the | partially coherent mixed screw-linear edge dislocations | used to explore the singularity of propagation, as | well as the effect of the initial beam parameters on

关键词： Mixed screw-linear edge dislocations | Partially coherent beam | Biological tissue | Normalized intensity | Phase evolution

摘要： parameters on the thermal behavior of biological tissue | The effects of temperature-dependent physical | subjected to a moving heat source have been studied in | present work. A nonlinear bio-heat transfer model | incorporating dual-phase lag and Arrhenius equations has been

关键词： Bio-heat transfer | Thermal damage | Biological tissue | Temperature-dependent physical parameters | Moving heat source | Laplace transform nsform

摘要：The laser irradiation of living tissues* poses* | protecting surrounding healthy tissues. In this context | , theoretical and computational models of biological* heat* | laser intensities in diseased human skin tissues. To | a risk of thermal damage, making it a critical

关键词： TPL bioheat | skin tissue | hyperthermia treatment | laser therapy

摘要：, we created mimics of biological* tissues we* | substantially from the biological* tissues they aim to* | mechanical properties of biological* tissues. Therefore* | how well 3D-printable mimics represent real tissues | biological counterpart and tested the samples using

关键词： biaxial | blood clot | heart valve leaflets | mode-I | myocardium | pure shear | simple shear | mode‐I

摘要： properties of biological* systems. By applying controlled* | mechanosensor or a mechanotransducer to probe biological | to entire tissues* is presented. Challenges are* | Atomic Force Microscopy (AFM) is a powerful | technique with widespread applications in various

关键词： atomic force microscopy | biomolecules | cells | high-resolution imaging | nanomechanics | high‐resolution imaging

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： biological tissues. This paper presents a novel method to | elasticity measurement of biological. | Elasticity is one of the fundamental | properties of materials. It is an important diagnostic | parameter to investigate physiological dysfunctions in

关键词： Elasticity | Laser profilometer | Surface wave | Biological tissues

摘要： situ, from biological tissues having low Raman cross | free Raman spectra of biological tissues in situ. The | from biological samples having lower Raman cross | Availability of a suitable tool for carrying | out non-invasive measurement of Raman signatures in

关键词： biological tissue | fiber-optic probe | lensed probe | Raman probe | fiber‐optic probe

摘要：Monitoring the elasticity of soft biological | tissues in the gastrointestinal (GI) tract with minimal | tissues. Mechanical stress and strain are monitored by | field control, which can move freely over soft tissues | tissues. The capsule device holds significant promise

关键词： Capsule | Magnetic actuation | Palpation | Sensing | Tissue elasticity

摘要： of biological tissues have profound implications | , and breast cancer tissues. Further, the improved | The heterogeneous micromechanical properties | across diverse medical and engineering domains. However | , identifying full-field heterogeneous elastic properties of

关键词： complex materials | heterogeneous mechanical properties | physicsinformed neural networks | soft tissues

摘要： biological tissue is crucial to analyzing needle | The force acting on the needle in the | deformation during robot-assisted biopsies and surgeries. In | this paper, the interaction between the three | -dimensional (3D) needle tip and the orthotropic tissue that

关键词： Needle deformation | Three-dimensional needle tip | Puncture | Surgical robot | Deformation of soft biological tissue

摘要： beams propagating in biological tissue is derived and | The cross-spectral density function of the | partially coherent mixed screw-linear edge dislocations | used to explore the singularity of propagation, as | well as the effect of the initial beam parameters on

关键词： Mixed screw-linear edge dislocations | Partially coherent beam | Biological tissue | Normalized intensity | Phase evolution

摘要： parameters on the thermal behavior of biological tissue | The effects of temperature-dependent physical | subjected to a moving heat source have been studied in | present work. A nonlinear bio-heat transfer model | incorporating dual-phase lag and Arrhenius equations has been

关键词： Bio-heat transfer | Thermal damage | Biological tissue | Temperature-dependent physical parameters | Moving heat source | Laplace transform nsform

摘要：The laser irradiation of living tissues poses | protecting surrounding healthy tissues. In this context | , theoretical and computational models of biological heat | laser intensities in diseased human skin tissues. To | a risk of thermal damage, making it a critical

关键词： TPL bioheat | skin tissue | hyperthermia treatment | laser therapy

摘要：, we created mimics of biological tissues we | substantially from the biological tissues they aim to | mechanical properties of biological tissues. Therefore | how well 3D-printable mimics represent real tissues | biological counterpart and tested the samples using

关键词： biaxial | blood clot | heart valve leaflets | mode-I | myocardium | pure shear | simple shear | mode‐I

摘要： properties of biological systems. By applying controlled | mechanosensor or a mechanotransducer to probe biological | to entire tissues is presented. Challenges are | Atomic Force Microscopy (AFM) is a powerful | technique with widespread applications in various

关键词： atomic force microscopy | biomolecules | cells | high-resolution imaging | nanomechanics | high‐resolution imaging

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： situ, from biological* tissues having low Raman cross* | free Raman spectra of biological* tissues in situ. The* | from biological* samples having lower Raman cross* | Availability of a suitable tool for carrying | out non-invasive measurement of Raman signatures in

摘要： of biological* tissues have profound implications* | , and breast cancer tissues. Further, the improved | The heterogeneous micromechanical properties | across diverse medical and engineering domains. However | , identifying full-field heterogeneous elastic properties of

摘要： beams propagating in biological* tissue is derived and* | The cross-spectral density function of the | partially coherent mixed screw-linear edge dislocations | used to explore the singularity of propagation, as | well as the effect of the initial beam parameters on

摘要：The laser irradiation of living tissues* poses* | protecting surrounding healthy tissues. In this context | , theoretical and computational models of biological* heat* | laser intensities in diseased human skin tissues. To | a risk of thermal damage, making it a critical

摘要：, we created mimics of biological* tissues we* | substantially from the biological* tissues they aim to* | mechanical properties of biological* tissues. Therefore* | how well 3D-printable mimics represent real tissues | biological counterpart and tested the samples using

摘要： properties of biological* systems. By applying controlled* | mechanosensor or a mechanotransducer to probe biological | to entire tissues* is presented. Challenges are* | Atomic Force Microscopy (AFM) is a powerful | technique with widespread applications in various