Aladdin biomedical materials can be divided into inert biomedical materials, active biomedical materials, degradable and absorbable biomedical materials according to the biochemical reaction level of materials in physiological environment.

Aladdin biomedical materials can be classified as follows according to their composition and properties:

Biomedical Metal Materials

Biomedical inorganic nonmetallic materials or Bioceramics

Biomedical polymer materials

Biomedical composites

Bio derived materials

Aladdin nano biomaterials?

Aladdin nano biomaterials are mainly used as drug controlled release materials and drug carriers in medicine.?In terms of material properties, Aladdin nano biomaterials can be divided into metal nanoparticles, inorganic non-metallic nanoparticles and biodegradable polymer nanoparticles;?Morphologically, Aladdin nanobiomaterials can be divided into nano liposomes, solid lipid nanoparticles, nano capsules (nano spheres) and polymer micelles.

Aladdin active biomedical materials and related products:

The concept of bioactivity has established a solid foundation in the field of biomedical materials, such as Aladdin?β-?Tricalcium phosphate can absorb bioceramics, which can be degraded and absorbed in vivo and replaced by new tissues, which can induce special biological reactions;?Because hydroxyapatite is the main inorganic component of natural bone, it can not only conduct bone formation, but also form bone bond with new bone. When implanted in muscle, ligament or subcutaneous, it can closely fit with tissue without inflammation or stimulation.?Bioactive materials have these special biological properties, which are conducive to the repair of human tissues. It is an important direction of the research and development of biomedical materials.

Aladdin Biomedical Metal Materials

Aladdin biomedical metal materials are concentrated in two directions: nickel titanium alloy and new biomedical titanium alloy.?For example, Zr, Nb, Ta, PD and Sn alloying elements with excellent biological adaptability are used to replace toxic Al and V in titanium alloy.?In addition, it also includes biomedical magnesium alloy that can be corroded and absorbed by body liquid.

Aladdin interventional therapy materials

Interventional therapy refers to the treatment of lesions with precision instruments such as puncture needle, guide wire and catheter under the guidance of medical imaging technology (such as X-ray fluoroscopy, CT, ultrasound and nuclear magnetic resonance).?Aladdin has many interventional materials, such as polyethylene, polyurethane, polyvinyl chloride, polytetrafluoroethylene and so on.?The outer material of the catheter is mostly polyester and polyethylene that can provide hardness and memory, and the inner layer is smooth polytetrafluoroethylene.?Embolic materials can be divided into three types according to their properties: inactive to the body, autologous materials and radioactive particles.?The ideal embolic material should meet the requirements of non toxicity, no antigenicity, good compatibility, rapid occlusion of blood vessels, occlusion of blood vessels with different caliber and different flow as required, easy transportation through catheter, easy availability and easy disinfection.?A higher requirement is to control the length of time of occlusion of blood vessels. Once necessary, they can be recovered or reopened through skin.?Common embolic materials include autologous blood clot, gelatin hippocampus, micro collagen fiber, collagen velvet polymer and so on.

Aladdin composite biomedical material

As the main body of hard tissue repair materials, composite biomedical materials have attracted extensive attention.?It has the characteristics of high strength and good toughness. At present, Aladdin composite biomedical materials are provided to target customers for clinical research.?Through the composite of materials with different properties, the problems of strength, toughness and biocompatibility of materials can be effectively solved.?What allows researchers to study more according to different ways of use is the composite research of alloy, carbon fiber / polymer materials, inorganic materials (bioceramics, bioactive glass) / polymer materials.