This patent had ► Log In grant time compared to others in this category.
Patent grant time can be influenced by many factors. Activities within the USPTO that are beyond the control of patent attornies can influence grant time, but short grant times can also indicate well-written patents and dedicated efforts to respond rapidly to USPTO office actions with strong arguments. Shorter grant times are preferable, and the scores for this section are inverse measures — higher scores are better.
This patent has ► Log In claims compared to others in this category.
The number of claims in a patent is correlated with its strength. Because greater claim counts increase the cost of a patent, more claims can indicate the importance an applicant assigns to a patent. Importantly, some may elect to file claims across multiple patents. A higher score in this metric indicates more claims, relative to others in this category.
This patent has received ► Log In citations from other patents, than others in this category.
Citations from other patents are an important measure of the significance of a patent. More citations indicate that other technologies build on a patent. Higher scores in this metric are better, and indicate more citations from other patents.
This patent referenced ► Log In citations to other patents, than others in this category.
A lower number of citations to other patents can be a sign of diminished patent strength. More citations indicate dependence on more other technologies. Higher scores in this category are better, and indicate fewer citations to other patents.
This patent has ► Log In proximity to basic research compared to others in this category.
Proximity to basic research is measured by comparing the number of citations to non-patent literature among a cohort of patents. Because most non-patent citations are primary research papers, a higher count indicates greater proximity to basic research.
|9,333,082||Delivery system attachment|
|9,220,598||Delivery systems, tools, and methods of use|
|9,101,475||Segmented delivery system|
|9,034,358||Bone matrix compositions and methods|
|9,011,537||Delivery system cartridge|
|8,992,965||Bone matrix compositions and methods|
|8,920,842||Temperature controlled and pH dependent self gelling biopolymeric aqueous solution|
|8,911,759||Bone matrix compositions and methods|
|8,747,899||Injectable in situ self-forming mineral-polymer hybrid composition and uses thereof|
|8,742,072||Bone growth particles and osteoinductive composition thereof|
|8,734,525||Osteoinductive demineralized cancellous bone|
|8,690,874||Composition and process for bone growth and repair|
|8,642,061||Method of treating bone tissue|
|8,613,938||Bone void fillers|
|8,435,566||Demineralized bone matrix compositions and methods|
|8,389,467||In situ self-setting mineral-polymer hybrid materials, composition and use thereof|
|8,357,384||Bone matrix compositions and methods|
|8,328,876||Bone matrix compositions and methods|
|8,258,117||Composition and method for the repair and regeneration of cartilage and other tissues|
|8,202,539||Demineralized bone matrix compositions and methods|
|7,718,616||Bone growth particles and osteoinductive composition thereof|
|7,387,846||Electrolytic deposition of coatings for prosthetic metals and alloys|
|7,140,882||Method of producing low molecular weight chitin/chitosan and method of producing an osteoconduction substance|
|7,014,749||Electrolytic deposition of coatings for prosthetic metals and alloys|