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| Art Unit: | 1619 — Drug, bio-affecting and body treating compositions |
|---|---|
| Group: | 1610 — Pharmaceutical and Agricultural Compositions; Plant Growth Regulating Compositions: Bio-affecting, Body Treating, Drug Delivery, Steroids, Herbicides, Pesticides, Cosmetics, and Drugs; In vivo Diagnostic Agents |
| Classes: |
424 — Drug, bio-affecting and body treating compositions 514 — Drug, bio-affecting and body treating compositions 504 — Plant protecting and regulating compositions 536 — Organic compounds -- part of the class 532-570 series 425 — Plastic article or earthenware shaping or treating: apparatus 604 — Surgery 528 — Synthetic resins or natural rubbers -- part of the class 520 series 428 — Stock material or miscellaneous articles 359 — Optical: systems and elements 106 — Compositions: coating or plastic |
| Phone: | (571) 270-5868 |
| Email: | ivan.greene@uspto.gov |
| Location: | VA 22314 |
| Title: | Pat Examnr Gen Chem |
| Service: | 18 years |
| Grade: | GS-12 |
| 3-Year Grant rate: | 13% over 207 cases |
|---|---|
| Difficulty: | Extremely Hard |
| Difficulty Percentile: | 95th
|
With Examiner Greene, you have a 13% chance of getting an issued patent by 3 years after the first office action. Examiner Greene is an extremely hard examiner and in the 95th percentile across all examiners (with 100th percentile most difficult).
Below is the grant rate timeline for Examiner Greene, where the timeline is relative to the date of the first office action. The three-year grant rate is the percentage of applications granted at three years after the first office action.
Examiner Greene's grant rate is lower than that of Art Unit 1619 and lower than that of the USPTO.
| Average Office Actions Per Grant | |
|---|---|
| Examiner Greene | 2.2 |
| Art Unit 1619 | 2.4 |
Examiner Greene has granted 14 of 139 cases without any applicant-requested interviews for a grant rate of 10%.
Examiner Greene has granted 13 of 68 cases with at least one applicant-requested interview for a grant rate of 19%.
With Examiner Greene, conducting an interview increases your chance of getting a patent granted by 90%.
| Number | Title | OA Rejections | Status | IFW |
|---|---|---|---|---|
| 17749572 | Magnetically-Aligned Synthetic Extracellular Matrix Fibers Within Hydrogel | Rejection information available with a Premium Stats subscription. See our pricing. | Abandoned | View |
| 16154881 | Formulations And Carrier Systems Including Compound Interactive Domains | Abandoned | View | |
| 18348799 | Extended Use Zirconium Silicate Compositions And Methods Of Use Thereof | Patented | View | |
| 17811296 | Methods For Treatment Of Bladder Cancer With Gemcitabine | Patented | View | |
| 18025686 | Microorganism Targeted Nanoformulations Comprising Antimicrobial Component(S) | Abandoned | View | |
| 18025408 | Nanoparticles To Improve Analytical Signal | Abandoned | View | |
| 18020525 | Active Agent Release Particle | Abandoned | View | |
| 17041094 | Poly (Alkyl Cyanoacrylate) Nanoparticles For Use In Treatment Of Cancer | Abandoned | View | |
| 17926902 | Composite Material | Abandoned | View | |
| 18001398 | Nanosphere Size Control By Varying The Ratio Of Copolymer Blends | Abandoned | View | |
| 16652944 | Water-Based Tissue Adhesives | Patented | View | |
| 17748197 | Polymer Complex For Anticancer Immune Therapy Based On Ultrasound Comprising Oxalate Derivatives And Method Of Preparation Thereof | Abandoned | View | |
| 17827190 | Light-Controllable Self-Assembled Complex And Nanosystem Including The Same | Abandoned | View | |
| 17786678 | Determining Capsule Specificity For Specific Cell Types | Abandoned | View | |
| 17070311 | Plasmonic Enhanced Magnetic Nanoparticles Hyperthermia | Abandoned | View | |
| 18016092 | Veterinary Compositions For The Treatment And/or Prevention Of Protozoan Diseases And Methods Of Preparation Thereof | Abandoned | View | |
| 17332175 | Poly(Amine-Co-Ester) Polymeric Particles For Selective Pulmonary Delivery | Abandoned | View | |
| 16825873 | Multilayered Pharmaceutically Active Compound-Releasing Microparticles In A Liquid Dosage Form | Patented | View | |
| 16896259 | Multi-Dose Concentrated Liquid Diphenhydramine Hcl Compositions And Packaged Multi-Dose Liquid Diphenhydramine Hcl Formulations | Abandoned | View | |
| 17999384 | Method Of Treating Obesity-Induced Glucose Intolerance And Liver Fibrosis | Abandoned | View | |
| 18500167 | Plasmonic Enhanced Magnetic Nanoparticles Hyperthermia | Abandoned | View | |
| 18071733 | Nanoemulsion | Abandoned | View | |
| 17200540 | Injectable Therapeutic Biocompatible Co-Polymers And Methods Of Making And Using Same | Abandoned | View | |
| 16061156 | Topical Delivery System For Active Ingredients | Abandoned | View | |
| 17903273 | Liquid Foundation Using Starch As Filler And Preparation Method Thereof | Abandoned | View | |
| 17627044 | Alkalization Of Urinary Bladder Wall Prior To Treatment With Intravesical Heparin And Alkalinized Lidocaine To Enhance Relief Of Bladder Pain Symptoms | Abandoned | View | |
| 17383161 | Compounds And Methods Useful For Treating Or Preventing Hematological Cancers | Abandoned | View | |
| 18024743 | Lipid Nanoparticles Manufacturing Chip, Lipid Nanoparticles Manufacturing System Having The Same, And Lipid Nanoparticles Manufacturing Method | Patented | View | |
| 17893633 | Hybrid Fragrance Encapsulate Formulation And Method For Using The Same | Patented | View | |
| 16659490 | Antimicrobial Magnesium Hydroxide Nanoparticles As An Alternative To Cu Biocide For Crop Protection | Abandoned | View | |
| 17761057 | Bisphosphonate Loaded Starch Nanoparticle | Abandoned | View | |
| 17800066 | Amphiphilic Imiquimod-Grafted Lauryl Gamma-Polyglutamate And Use Thereof | Abandoned | View | |
| 17646670 | High-Density And Short-Chain Peg Modified Nano-Sized Carriers And Their Uses | Abandoned | View | |
| 17855758 | Microporous Zirconium Silicate For The Treatment Of Hyperkalemia | Abandoned | View | |
| 17760537 | Hair Treatment Method | Abandoned | View | |
| 17741464 | Antimicrobial Nano-Deliverant And Methods | Abandoned | View | |
| 17244828 | Nanoparticle Delivery To A Target Tissue | Abandoned | View | |
| 17987391 | Upconversion Nanoparticle, Hyaluronic Acid-Upconversion Nanoparticle Conjugate, And A Production Method Thereof Using A Calculation From First Principles | Abandoned | View | |
| 17821471 | Biocompatible Photothermal Composition For Treatment Of Cancer And Skin Diseases | Abandoned | View | |
| 15748469 | Immunostimulatory Nanocarrier | Abandoned | View | |
| 18343812 | Cancer Treating Composition Containing Copper-Silver-Phosphate Nanoparticles | Patented | View | |
| 17318339 | Multi-Coated Nanoparticles Comprising Multiple Coating Layers Of Chitosan And Polyglutamic Acid, Composition For Skin Care Comprising The Same And Method For Manufacturing The Same | Patented | View | |
| 15409379 | Hypochlorite Formulations For Wound Healing | Patented | View | |
| 18220560 | Composition For Treating Bone Loss | Abandoned | View | |
| 17604138 | Method For Removing Biofilm | Abandoned | View | |
| 17768132 | Superfine Compounds And Production Thereof | Abandoned | View | |
| 16906028 | Hydrogel Inclusion Complex Including Physiologically Active Material Bound To Thermosensitive Poly(Phosphazene) By Host-Guest Interaction Using Beta-Cyclodextrin And Use Thereof | Abandoned | View | |
| 17205521 | Method For Treatment Of Coronavirus Infection | Abandoned | View | |
| 18343803 | Copper-Silver-Phosphate Nanoparticle Manufacturing Method | Patented | View | |
| 18545415 | Saccharide-Based Oral Mucoadhesive Delivery System For Neurotrophic And Neuroprotective Compositions | Abandoned | View |
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Disclaimer: We do not provide any guarantees as to the accuracy of the statistics presented above and under
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