How can i bind a carrier with hydroxyapatite nanoparticle?

I need to image mesoporous silica nanoparticles that are in ~100 nm size and do high resolution TEM to look at mesopores. what grids should I use?

Need to image mesoporous silica nanoparticles using the TEM. Also, need high resolution TEM images to see the mesoporous structure. Kindly suggest what kind of grids to use. Thanks, Shatadru

02 March 2021 1,787 2 View

Can chitosan alone can act as a reducing agent for Cu(0) nanoparticle sythesis?

[Synthesizing Cu nanoparticles without using chemical reductants]

01 March 2021 8,359 1 View

What are the new 2D nanomaterials were used for Silver nanoparticles stabilization?

In the stabilization of AgNPs are vital in current research interest. However, some of the 2D nano-materials like graphene oxide, MoS2, etc... previously used to stabilize it. But still they shown...

01 March 2021 2,207 3 View

What is the state of the drug inside solid lipid nanoparticles (SLNs)?

I am a little confuse with the mechanism of solid lipid nanoparticles (SLNs). The main point of encapsulating drugs into SLNs is because some drugs have low solubility in water. Therefore, SLNs...

01 March 2021 3,703 3 View

How to check the uv-vis absorption of nanoparticle by surface plasmon resonance?

I try to check the uv-vis absorption of Indium nanoparticle. Now I am measuring in solution, can I measure it in the form of a film?

01 March 2021 930 3 View

Distribution of particles in metal matrix?

How would define the "good" and "poor" distribution of particles within the matrix. Is there a quantitative solution to assess the distribution of the particles, which then having denotation of...

28 February 2021 7,397 8 View

How can I calculate the rdf of water molecules around 'Na' ions that are closest(adsorbed) to the nanoparticle(solute)?

Hi, I want to calculate the radial distribution function for water molecules around the Na+ ions adsorbed on the surface of a spherical nanoparticle using the gromacs trajectory dynamically? For...

28 February 2021 5,650 1 View

LEDs on Vis Light photo degradation of MB water sol via N doped TiO2 in a mini flume?

Good day to all, I have no experience with light emitting diodes. I am building a glass mini flume to demonstrate the photo degradation of Methylene Blue in water running over self cleaning...

26 February 2021 4,026 5 View

Can anyone share his experience regards Smoothing in origin?

I am working on TiO2 composite material and the results of XRD have a lot of small/junk peaks and while I apply a smooth filter in Origin then the other characteristics peaks disappear so anyone...

26 February 2021 8,183 3 View

Why there are two peaks while using the mie plot of Silver nanoparticle?

Hi, I am trying to learn the theoretical modelling of silver nanoparticle using the Mie scattering theory. After that, I discovered a software named Mieplot developed by Philip Laven, where it...

25 February 2021 7,493 6 View

R. Sagayaraj

Hai Putra

I need more information..

Another osteoblast product that binds to hydroxyapatite is osteonectin, a 35-kDa protein. Additionally, it attaches to collagen fibres and aids in vitro collagen fibre mineralization.

Kantharao Kancharla

Hi Putra

what kind of binding you are looking for , just make slurry of your material and coat it on HAp, some more information requried to answer fully

Ajith S Latha

There are several methods that can be used to bind hydroxyapatite (HAp) nanoparticles to a solid material or carrier. Some of these methods include:

Physical adsorption: HAp nanoparticles can be physically adsorbed onto the surface of a solid material through van der Waals forces, hydrogen bonding, and other non-covalent interactions.

Chemical conjugation: HAp nanoparticles can be covalently bound to a solid material through chemical conjugation, using techniques such as click chemistry or crosslinking agents.

Electrostatic interaction: HAp nanoparticles can be electrostatically bound to a solid material through the use of electrostatic interactions, such as Coulombic forces or ionic bonding.

Surface modification: The surface of the solid material can be modified to improve the affinity for HAp nanoparticles, using techniques such as plasma treatment or chemical functionalization.