Magnetic Hyperthermia

Magnetic Hyperthermia technique is based on the combination of alternating magnetic fields (AMF) and magnetic nanoparticles (MNPs) as heating agents. The goal in method is to heat specifically the local tumor region by using the magnetic losses of MNPs in a specific external, alternating magnetic field. Also the other main principle is not damaging the surrounding healthy tissue. Neel Losses and Brown losses plays a key role in hyperthermia studies. Unlike classical cancer treatment methods, magnetic hyperthermia offers you two phase control mechanism. This feature will help to keep safe healthy tissues. Magnetothermally responsive drug-encapsulated supramolecular nanoparticle studies started a new era in drug related studies. Magneto-thermally responsive drugs offers you multiple step control advantage to avoid killing healthy cells. Nanodev Scientific offers you magnetic resonant heater to be able to supply suitable environment for cell studies. With the help of this device, you can perform experiments on these areas: Local Heating Controlled release of drugs Nanocomposite materials with heat expansion Theragnostic Targeted local heating Cellular...

Where Adjustable Constant Current Lasers Used

Laser is a unique device that amplify light with stimulated emission of radiation. The output of laser is coherent electromagnetic field which means, all the waves have the same frequency and phase. There have been many kinds of lasers that can be work in 200-1400 nm spectrum range specifically. Constant current and low voltage laser systems can be used especially in medical applications. Epilation, hair removal, IVF, face lift and vessel burn applications are some examples of usage area.      Epilation  IVF  Face Lift  Vessel Burn As Nanodev, we are offering you unique adjustable and constant current laser systems. In our systems, all of the necessary functions can be modulated. In order to minimize the work-related accident risk, the lasers must be operated at low voltage. Another important point is the constant current. It will not only raise the lifetime of laser but also eliminate the fluctuations risk related with the variable electrical...

Electrospinning System and Nanofiber

What is Electrospinning? Electro-spin method is improved for producing polymeric nanofibers. Polymeric nanofibers are manufactured from polymer solutions by creating an electrical field that is created with high voltage. This method is the easiest controllable method to manufacture nanofibers. Various nanofibers which has different morphological features are produced with this method. You can visit here to get representative information prepared by Michigan University. Besides this, you can also see an academical video on  JOVE Electro-spin was firstly used in 1600s. William Gilbert was the first one who examined this phenomena in 1600s. Cristian Friedrich Schönbein on the other hand, creates first fiber which contains high amount of nitrate in it at 1847. The first patent application was done by Francis Cooley in 1900. If you want to learn more about electrospin method you can visit here . Where Electrospinning method can be used? There are many uses of nanofibers in real life. Some of these are listed here.          Cosmetic Applications  Drug Release Studies in Vein  Environmental Problems (Oil sanitization)  Agricultural Applications Acoustic applications Chemical Substance Emission Filtration Stent applications There are many uses of nanofibers in real life. Some of these are listed here. The representative story of electrospin method can be found at the left corner of the site. In this method, a high voltage (10-40 kV) is applied on polymer solutions. This high voltage in the electrical field will move toward to the grounded metal surface. This movement is the result of a variety of physicochemical process in polymer which ends up with thinner and nanometer size of constitute fibers. On the left,...

Litography System

As NanoDEV we offer you novel design photolitography devices. Photolithography basically can be called to create fonts and shapes with light. Desired shape passed on silicon wafer with using special design mask. At this step, photoresist materials which is faced with ligth dissolved whereas photoresist materials which is not faced with ligth remained. Photolitography process is one the core technique in semiconductor technology. Our novel product is based on photolitography technique that is used by many semiconductor firm. At lab scale, our product is one of the fastest easiest and cheapest technique. You can form your desired shape within a minute without necessity to form expensive mask. Litography process can be used in these sectors       Circuits Micro-fluidic Channels Printed circuit...

Surface Plasmon Resonance

What is SPR Nanodev offers you SPR (Surface Plasmon Resonance) systems with real-time, label free analysis options. SPR is a technique which can detect small interactions between molecules. The SPR theory is based on a physical process of light-metal film interaction. A material having a high refractive(with respect to medium) index is coated with thin gold layer. This material is treated with monochromatic light with a specific angle and some of the energy is transferred to free electron of the gold layer and forms surface plasmons. This plasmon will end up with specific refractive index. This phenomenon can be used for the biomolecule detections. Gold surface immobilized with a material. An analyte is sent through the channels and if association or dissociation happens between the immobilized material and analyte the refractive index will be changed which we can measure with high precision in real time. Where SPR technique can be used? IN SPR technique, every interaction between the molecules can be analyzed. You can find possible SPR applications below : Analysis Type Interaction Type IN SPR technique, every interaction between the molecules can be analyzed. You can find possible SPR applications below : Peptide/Protein – Protein DNA/RNA – Protein Protein – Cells Receptor- Cell Protein – Virus Carbohydrates – Protein Carbohydrates – Cell Liposome – Protein Artificial materials – biological agents Drug- Protein Drug- DNA/RNA You can use SPR technique for the analysis stated below. Analysis of affinity and avidityli> Kinetic Analysis Concentration Analysis Active Concentration Assay Analysis of the binding stoichiometry Thermodynamic Analysis Epitope Mapping Finding Appropriate Ligand Interaction...