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Detect, bind and cut: biomolecular action at the nanoscale

Detect, bind and cut: biomolecular action at the nanoscale
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Hiroshi nishimasuMikihiro shibataLeonardo puppulinHolger flechsigJunichiro ishikawaNoriyuki koderaAyumi suminoKenichi umedaSpeed atomic force microscopyWorld premier international research center initiativeKanazawa universityResearchers at kanazawa universityArin marchesiHigh speed atomic force

Detect, bind and cut: biomolecular action at nanoscale

Detect, bind and cut: biomolecular action at nanoscale
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Differential-Based Amplitude Detection with Zero Intrinsic Latency for High-Speed Performance and Non-Invasiveness

In a study published in Applied Physics Letters, researchers created a differential-based ultrafast amplitude detection method devoid of any intrinsic latency with the basic trigonometric theorem.

Laura thomsonfebLaura thomsonBimodal dynamic force microscopyNature communicationsEnergy dissipationDimensional atomic force microscopyKelvin probe force microscopySpeed frequency modulation atomic force microscopyModulation atomic force microscopy in constantSpeed atomic force microscopyProceedings of the national academy sciencesDissipative electrostatic force modulationApplied physics lettersImage creditPhysics lettersNational academy

Kanazawa University research: Small but mighty: Identifying nanosized molecules using atomic force microscopy

/PRNewswire/ In a study recently published in the journal Applied Materials and Interfaces researchers from Kanazawa University use advanced atomic force.

Mikihiro shibataKatsuya sakaiHideo tanakaHiroaki sugaTakeshi fukumaWei weilinLeonardo puppulinMikihiro shibaNaohiro terasakaKunio matsumotoNoriyuki koderaDaiki kanayamaAyumi suminoKenichi umedaHiroe yonedaNano life science institute kanazawa university

Kanazawa University research: Small but mighty: Identifying nanosized molecules using atomic force microscopy

KANAZAWA, Japan, Dec. 17, 2021 /PRNewswire/ In a study recently published in the journal Applied Materials and Interfaces researchers from Kanazawa University use advanced atomic force microscopy

Hiroaki sugaTakeshi fukumaLeonardo puppulinKunio matsumotoAyumi suminoHiroe yonedaMikihiro shibataHideo tanakaKatsuya sakaiWei weilinMikihiro shibaNaohiro terasakaKostenloser wertpapierhandelNoriyuki koderaDaiki kanayamaKenichi umeda