CRISPR-powered optothermal nanotweezers

-

 For More Breaking NEWS

Click here to watch   

https://rb.gy/w2zeid




Introduction

 

CRISPR-powered optothermal nanotweezers.The field of nanotechnology has revolutionized various aspects of our lives, from medicine to electronics. However, the manipulation and characterization of objects at the nanoscale remains a significant challenge. Conventional optical tweezers, while powerful, are limited in their ability to capture and manipulate a wide variety of nanoparticles. Furthermore, these tweezers lack the ability to identify the molecular composition of the trapped particles.

 For More Breaking NEWS

Click here to watch   

https://rb.gy/w2zeid

To address these limitations, the researchers developed a CRISPR-powered optothermal nanotweezer (CRONT). This innovative technology combines the capabilities of optothermal manipulation with CRISPR-based biodetection. CRONT uses a laser beam to generate a localized temperature field that traps nanoparticles through diffusiophoresis and thermo-osmotic flows. The CRISPR system, a revolutionary tool for gene editing, is then used to identify the molecular makeup of the captured particles.

  ads

Principle of operation

 The working principle of CRONT is based on the synergistic effect of optothermal manipulation and CRISPR-based biodetection. A focused laser beam is directed at a plasmonic substrate, typically gold nanoparticles or nanorods. The absorbed laser light causes the plasmonic substrate to heat up rapidly, creating a localized temperature gradient.

 

This temperature gradient induces two physical phenomena: diffusiophoresis and thermoosmotic flow. Diffusionphoresis is the movement of particles from an area of ​​low concentration to an area of ​​high concentration. In the case of CRONT, nanoparticles are attracted towards the heated region due to temperature-induced changes in solvent density. Thermoosmotic flow, on the other hand, is the movement of fluid driven by temperature gradients. In CRONT, this flux helps trap nanoparticles near the heated region.

  For More Breaking NEWS

Click here to watch   

https://rb.gy/w2zeid

Once the nanoparticles are captured, the CRISPR system is used to identify their molecular makeup. CRISPR, which stands for Clustered Regularly Interspaced Short Palindromic Repeats, is a naturally occurring bacterial immune system that has been reengineered as a gene-editing tool. In CRONT, CRISPR is used to detect specific DNA sequences attached to captured nanoparticles.

 Advantages of CRONT

 CRONT offers several advantages over conventional optical tweezers:

  ads

Wider range of nanoparticle capture: CRONT can capture a wider range of nanoparticles, including DNA, proteins and viruses, thanks to the optothermal capture mechanism.

Molecular identification: CRONT can identify the molecular composition of captured nanoparticles using the CRISPR system, providing valuable information for biological studies.

High sensitivity: CRONT can detect single nucleotide polymorphisms (SNPs), making it a powerful tool for genetic analysis.

CRONT application

 CRONT has a wide range of potential applications in various fields, including:

  For More Breaking NEWS

Click here to watch   

https://rb.gy/w2zeid

Biomedical Research: CRONT can be used to study individual biomolecules such as DNA and proteins at the single molecule level. This can help to understand the basis of biological processes and develop new diagnostic and therapeutic strategies.

Environmental Monitoring: CRONT can be used to detect and monitor environmental pollutants and pathogens at extremely low concentrations.

Nanophotonics: CRONT can be used to manipulate and study the optical properties of nanoparticles, which has applications in the development of new optical devices and sensors.

Future instructions

 The field of CRONT is still in its early stages, but holds great promise for revolutionizing the nanomanipulation and detection of biomolecules. Future research directions include:

 ads

Development of more efficient and versatile CRONT systems

Expanding the range of biomolecules that can be detected with CRONT

Integrating CRONT into microfluidic devices for high-throughput analysis

CRISPR-powered optothermal nanotweezers represent a major breakthrough in nanotechnology. With its unique capabilities and wide range of potential applications, CRONT is poised to revolutionize various fields and lead to breakthrough discoveries.

 

 For More Breaking NEWS

Click here to watch   

https://rb.gy/w2zeid 

Comments

Post a Comment

Popular posts from this blog

PlayStation Portal Review: A Baffling Handheld for No One But Sony Diehards

-
Image
 ads PlayStation Portal Review: A Baffling Handheld for No One But Sony Diehards.  In the realm of handheld gaming, the Nintendo Switch has reigned supreme for the past few years, offering a diverse library of games, portability, and a unique blend of home console and mobile experiences. However, Sony, the renowned powerhouse behind the PlayStation brand, has recently entered the fray with the PlayStation Portal, a cloud-based handheld device that promises to bring the vast library of PlayStation titles to a portable form factor. At first glance, the PlayStation Portal appears to be an enticing proposition for PlayStation enthusiasts. Its sleek design, reminiscent of the iconic DualSense controller, evokes a sense of familiarity and comfort. The 8-inch touchscreen display, while slightly smaller than the Switch OLED, offers ample real estate for gaming and multimedia consumption. And most importantly, the promise of accessing PlayStation's extensive catalog of ...
Read more

Creator of 'Challenger' zeroes in on untold pieces of the dangerous debacle

-
Image
  "Explore the untold stories behind the Challenger disaster with the creator of 'Challenger, ' who delves deep into the hidden aspects of this tragic event. Uncover new insights and perspectives on the factors that led to the catastrophe, the overlooked details, and the human side of the story. This comprehensive examination sheds light on the complexities and dangers faced during one of NASA 's darkest moments, providing a richer understanding of the incident that changed space exploration forever." I will create an instagram hashtag growth promotion strategy   The writer of another book about the Space Transport Challenger debacle is coming to Focal Florida for a marking occasion.   Just named, "Challenger," Adam Higginbotham required four years to pore through file information and interview many individuals associated with the van program, including the people who raised the warning about the bus plan issues at last overlooked, prompting the passi...
Read more

Brilliant Shooting star Lights Up Night Sky Across Portugal And Spain: Watch

-
Image
  "Experience the celestial spectacle as a brilliant shooting star illuminates the night sky over Portugal and Spain. Witness the mesmerizing dance of light and shadow, as nature's fireworks paint a breathtaking canvas above. Join us in awe as this fleeting moment of magic captivates the hearts of onlookers, inviting us to marvel at the wonders of the universe. Don't miss your chance to be part of this extraordinary celestial event – tune in and watch as the night sky comes alive with dazzling brilliance." The web went off the deep end in the wake of seeing the viralrecordings of blue shooting stars A brilliant shooting star, a part of room rocks, eased up the night sky across Portugal and Spain on Saturday, May 18.   I will rewrite your etsy titles and tags for SEO The Public Air transportation and Space Organization (NASA) made sense of, ''When meteoroids enter Earth's environment (or that of another planet, similar to Mars) at high velocity and ...
Read more