INTERNATIONAL and NATIONAL PATENTS
1. INTERNATIONAL PATENTS
• INVENTION TITLE: METHOD FOR IMPROVING THE BIOGAS POTENTIAL OF ANAEROBIC DİGESTIONS WITH RUMEN FUNGI
File No. : 1490PCT10ES
PCT Application No: PCT/TR2016/050550
Spain Application No: 201990040
Approved Date: 27. 02.2021
• INVENTION TITLE: A METHOD FOR IMPROVEMENT OF METHANE PRODUCTION FROM MICROALGAE
File No. : 1490PCT11ES
PCT Application No : PCT/TR2016/050558
Spain Application No : 201990041
Approved Date :27. 02.2021
2. NATIONAL PATENTS
• INVENTION TITLE: AN ECONOMIC METHOD TO MAINTAIN OIL-CONTAMINATED SOILS TO BE SUBJECTED TO BIOLOGICAL IMPROVEMENT
Application no: 2019/07304
PCT no: PCT/TR2017/050087
Patent Registration Date:03.01.2023
Patent Certificate Issue Date
• INVENTION TITLE: DEVELOPMENT OF A METHOD FOR ECONOMIC IMPROVEMENT OF BIOMETHANE PRODUCTION FROM MACROALGES USING MICROBIOLOGICAL COCKTAIL (ANOP) CONTAINING RUMEN FUNGUS
On 30/12/2016, the file number 36576.01 and 2016/20350 completed the application process and was patented as of 06.03.2019
• INVENTION TITLE: HOSPITAL INFECTION (HI) FACTOR SCREENING KIT
Health Implementation Notification (SUT) Supplement 2 APPENDIX-2 / B List of Operation
Code Application 908730
Application Office: Ankara Patent Office
Application Date: 2019
ENGY Environment and Energy Technologies Biotechnology R&D Company,
BUN Technopark, Istanbul Turkey
• INVENTION TITLE: METHOD FOR BIOREMEDITION OF PETROLEUM CONTAMINATED SOILS
File No: PCT/TR2017/050087
Application Date: 06.03.2017
Approved Date: 13.09.2018
• INVENTION TITLE: GROUP A BETA-HEMOLYTIC STREPTOCOCCUS PYOGENES DNA ISOLATION AND Q-PCR DETECTION KIT
Application Office: Ankara Patent Office
Application Date: 2012
Patent Registration Date: November 26, 2016
Patent No: 2012/13624
ENGY Environment and Energy Technologies Biotechnology R&D Company
BÜN Technopark
Tenancy Brochure and User's Guide
3. PATENTED GENE SEQUENCES
A total of 332 non-cultured microorganisms have been identified in our studies and registered with international GenBankers (www.ebi.ac.uk):
• Laboratory-scale anaerobic consecutive cut-off reactant-specific 21 bacterial 16S rRNA gene sequences: Between FR836435-FR836454 and FR836458
• The laboratory-scale anaerobic consecutive cut-off reactant-specific 15 archaeal 16S rRNA gene sequence: Between FR836460-FR836465 and FR836467-FR836475
• 87 bacterial 16S rRNA gene sequences specific to the Marmara Sea:
• AM998370.1 GI: 187936525 to AM998334.1 GI: 187936489
• AM991021.1 GI: 187272393 to AM991019.1 GI: 187269279
• AM991018.1 GI: 187268906 to AM990998.1 GI: 187268886
• Between AM980579.1 GI: 172052209 and AM980553.1 GI: 172052183
• 180 archaeal 16S rRNA gene sequence specific to the Marmara Sea:
• AM998451.1 GI: 188032345 to AM998376.1 GI: 188032270
• AM998475.1 GI: 188026996 to AM998452.1 GI: 188026973
• AM992726.1 GI: 187782702 to AM992675.1 GI: 187782651
• Between AM980607.1 GI: 172052237 and AM980580.1 GI: 172052210
• Species 8 alkylsuccinate synthase gene (hydrocarbon degradation) to the Sea of Marmara: Between ADF97476.1 GI: 295314240 and ADF97469.1 GI: 295314226
• 10 benzylsuccinate synthase specific (hydrocarbon degradation) specific to the Marmara Sea:
• ADF36107.1 between GI: 294768284 and ADF36098.1 GI: 294768266
• 11 hydrazine oxidizing protein gene specific to the Sea of Marmara (ANAMMOX):
• Between ADF36116.1 GI: 294768302 and ADF36108.1 GI: 294768286
• Between ADF36097.1 GI: 294768264 and ADF36096.1 GI: 294768262
• The laboratory-scale anaerobic consecutive cut-off reactant specific 10 bacterial 16S rRNA gene sequences:
• Between FRKJ018699.1 and FRKJ018690.1
• Laboratory-scale anaerobic consecutive cut-off reactant-specific 19 archaeal 16S rRNA gene sequences:
• Between FRKJ018689.1 and FRKJ018671.1