Posted in | Nanomanipulation

NanoTracker DNA Pulling from JPK

In this video JPK Instruments' NanoTracker optical tweezers platform manipulates a single DNA molecule using the two optical traps. The invisible molecule can be seen from extension of the left particle from its trap. Also the NanoTracker precisely records the force exerted to assess the elastic response of the DNA at increasing tension.

Run Time – 0:16sec

Optical Tweezers - NanoTracker DNA Pulling

Other Videos by this Supplier

Trapping of Yeast Cells Using NanoTracker Optical Tweezers from JPK Instruments

Trapping of Yeast Cells Using NanoTracker Optical Tweezers from JPK Instruments
Force-Induced Rupture of RBCs Using Optical Tweezers from JPK Instruments

Force-Induced Rupture of RBCs Using Optical Tweezers from JPK Instruments
Bead Manipulation of RBC Using Optical Tweezers from JPK Instruments

Bead Manipulation of RBC Using Optical Tweezers from JPK Instruments
NanoTracker fluorescent DNA Manipulation from JPK

NanoTracker fluorescent DNA Manipulation from JPK

JPK NanoWizard AFM - Tip Scanner vs. Sample Scanner

JPK NanoWizard AFM - Tip Scanner vs. Sample Scanner
NanoTracker Flowcell and Trap from JPK

NanoTracker Flowcell and Trap from JPK
NanoTracker fluorescent Microtubule Manipulation from JPK

NanoTracker fluorescent Microtubule Manipulation from JPK
NanoTracker Multiplexing by Optical Tweezers from JPK

NanoTracker Multiplexing by Optical Tweezers from JPK
NanoTracker Tether Pulling by Optical Tweezers from JPK

NanoTracker Tether Pulling by Optical Tweezers from JPK

Animation of JPK BioMAT workstation design

Animation of JPK BioMAT workstation design

Angela Merkel visit to Max-Delbrück-Center from JPK Instruments

Angela Merkel visit to Max-Delbrück-Center from JPK Instruments
Fluorescence Filters change by Optical Tweezers from JPK Instruments

Fluorescence Filters change by Optical Tweezers from JPK Instruments
Macrophage Cell Manipulation by Optical Tweezers from JPK Instruments

Macrophage Cell Manipulation by Optical Tweezers from JPK Instruments
Red Blood Cell Manipulation by Optical Tweezers from JPK Instruments

Red Blood Cell Manipulation by Optical Tweezers from JPK Instruments
Transportation of RBC Using Optical Tweezers from JPK instruments

Transportation of RBC Using Optical Tweezers from JPK instruments
Macrophage Cell Tether Pulling by Optical Tweezers from JPK Instruments

Macrophage Cell Tether Pulling by Optical Tweezers from JPK Instruments
PHB/V Spherulite Crystallization from JPK Instruments

PHB/V Spherulite Crystallization from JPK Instruments
SmartMapping - Automated Investigation of Large Samples Areas

SmartMapping - Automated Investigation of Large Samples Areas
CellHesion 300 - Understanding Biomechanics

CellHesion 300 - Understanding Biomechanics

Tell Us What You Think

Do you have a review, update or anything you would like to add to this video content?

Leave your feedback
(Logout)
Your comment type
Submit

Nanotechnology Videos by Subject Matter

Trending Stories

Terms

While we only use edited and approved content for Azthena answers, it may on occasions provide incorrect responses. Please confirm any data provided with the related suppliers or authors. We do not provide medical advice, if you search for medical information you must always consult a medical professional before acting on any information provided.

Your questions, but not your email details will be shared with OpenAI and retained for 30 days in accordance with their privacy principles.

Please do not ask questions that use sensitive or confidential information.

Read the full Terms & Conditions.

Provide Feedback