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What are the SDGs?

The Sustainable Development Goals (SDGs) are the successor to the Millennium Development Goals (MDGs) formulated in 2001, and at the United Nations Summit in September 2015. It is an international goal aiming for a sustainable and better world by 2030 described in the "2030 Agenda for Sustainable Development" adopted unanimously. It consists of 17 goals and 169 targets, and vows to "leave no one behind" on the earth. The SDGs are universal (universal) not only in developing countries but also in developed countries themselves, and Japan is also actively working on them.

Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer

Goals of SDGs 17

 

1. Let's eliminate poverty.

2. Zero hunger

3. Health and welfare for all

4. High-quality education for everyone

5. Let's realize gender equality

6. Safe water and toilets all over the world

7. Give energy to everyone and clean

8. Job satisfaction and economic growth

9. Let's make the foundation of industry and technological innovation.

10. Let's eliminate inequality between people and countries.

11. Creating a city where you can continue to live

12. Responsibility to create, responsibility to use

13. Specific measures against climate change

14. Let's protect the richness of the sea.

15. Let's protect the richness of the land.

16. Peace and justice for everyone

17. Let's achieve our goals in partnership.

●CORPORATE MESSAGE

The familiar comforts of our daily lives are being significantly altered due to the recent deterioration of the global environment, forcing dramatic changes upon the lives of those who inhabit it.

Furthermore, the rise in infectious diseases, particularly those linked to climate change, especially temperature and precipitation fluctuations, is a cause for concern.

We wholeheartedly endorse the specific targets outlined in the Sustainable Development Goals (SDGs) adopted at the UN Summit, recognizing the critical importance of these actions, and will actively promote SDGs management through global partnerships.

Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
《Departmental Policies and Initiatives》

●Solution Design Division

Bringing Ideas to Life! Addressing societal challenges to pass on a sustainable environment to the next generation through open innovation and the convergence of autonomous teams.

Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer

●Real Estate Division

The construction industry accounts for one-third of Japan's total CO2 emissions. Reconstruction of buildings generates a large amount of construction waste, posing a significant challenge to waste reduction. Moreover, the construction industry also faces issues directly linked to environmental problems, such as energy consumption and greenhouse gas emissions during construction and demolition, and the consumption of valuable resources used in building materials.

In today's society, where there is a growing demand for decarbonization, the current practice of repeated "scrap and build" needs to be reconsidered from the perspective of sustainability. By promoting the recycling of renewable materials and extending the lifespan of buildings, we can foster a circular economy that generates both financial flows and stocks for society as a whole.

Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer

● Optical Business Division

The eyewear store offers a unique and personalized experience for its customers, prioritizing privacy and comfort. Each customer receives a one-on-one consultation with an experienced staff member for 1 to 2 hours, allowing them to openly discuss their vision concerns, questions, and desires.

In addition to personalized consultations, the store also provides comprehensive care for customers' eyewear, including regular adjustments, cleaning, maintenance, and repair services. They encourage customers to cherish their glasses and extend their lifespan through proper care.

Beyond providing exceptional eyewear services, the store demonstrates a commitment to sustainability by introducing responsibly sourced products, such as eyewear from Finnish brands that exclusively use wood.

To raise awareness about sustainability within the industry and among their customers, the store regularly shares informative content related to sustainability initiatives, such as circular design using acetate materials and circular approaches adopted by independent brands worldwide. They utilize their store news page and social media platforms to disseminate this information.

By combining personalized consultations, comprehensive eyewear care, and a commitment to sustainable products and practices, the eyewear store distinguishes itself as a customer-centric and environmentally conscious establishment. Their efforts to promote sustainability within the industry and among their customers are commendable and contribute to a more responsible and eco-friendly approach to eyewear.

Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
●Solution Design Division
(SD Division)

[Example of implementation]・A voice engine-assisted method suitable for tasks involving specialized terminology. By simplifying and standardizing the process of creating reports and records for tasks that use specialized terms, jargon, and abbreviations, it contributes to improvements that aim for efficiency, labor savings, and cost reduction. It can be used in various applications.

​

・Development and sale of Anac reagents. Laboratory reagents that can accelerate various gene-related reactions hundreds to tens of thousands of times, significantly reducing the time required for research and development in the field of genetic engineering. We contribute to the advancement of the genetic engineering field and the broader life science field.

《Goals for sustainable by 2030》

Research and development and social implementation of on-site genetic testing

 

We are currently conducting joint research to implement the technology seeds in the laboratory of Tokyo Institute of Technology.
The research and development theme is the development of a test kit system that can identify gene sequences such as viruses through communication, and its feature is to identify gene sequences such as emerging infectious diseases and easily mutate pathogens in a very short time using communication technology.
Such a remote on-site infection detection system is useful not only to reduce the burden on patients, but also to control the burden on medical institutions and the spread of infection. In addition, it is useful to identify the cause of fever in infants and young children who are difficult to grasp symptoms, and to determine the dementia of the elderly. There is a possibility that we can accurately predict the onset. In addition, it is expected that by clouding data and sharing it with public health centers, etc., it will also be useful for statistical analysis such as grasping the infection situation and infection trends on time.
With global warming, in the future, there is a concern about the increase in tropical pathogenic organisms and infectious diseases in Japan, and the social implementation of this technology, which can contribute to the early detection of various new infectious diseases and the grasp of the occurrence situation, is a para of infectious disease management by public institutions. It will greatly contribute to the transformation of the dime.
《Special Application 2022-135604》
[Name of the invention] On-site inspection equipment, program, on-site inspection kit, and on-site inspection system

[SDGs items]
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
●Real Estate Division

[Example of implementation]
It was estimated that the building will be long and revalued, including earthquake-resistant construction of a 55-year-old rental house, and compared to new construction, CO2 will be reduced by 70% and waste materials will be reduced by 70%. Even with concrete compressive strength, we can obtain numerical values that can maintain the planned service period of 100 years, and we recognize that such activities can contribute to the social issues of SGDS and promote the business.

Yokohama KōWA Hills CONCEPT
1. Flexibility
Responding to a flexible and use-friendly lifestyle
2. Comfort
A comfortable and comfortable living space
3. Sustainability & Safety
Sustainable and safe building regeneration

《Goals for sustainable by 2030》
Goals for promoting prolonged building life and re-value: 6 buildings

・Promotion of earthquake-resistant construction that meets the seismic performance of the Building Standards Act level
・Recommendation of installation of energy-saving equipment and solar power generation equipment
・Recommendation of elimination of laminated materials in interior construction
・Recommendation of natural paint adoption in interior construction
・Recommendation of the use of water-based paints in interior construction
・Seismic construction, with energy-saving renovation and renovation
Customer support for loans from the Housing Finance Support Organization and financial institutions

[SDGs items]
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computerいのこ、イノコ、INOCO、いのこらぼ、イノコラボ、INOCO LAB、いのこらぼじゃぱん、イノコラボジャパン、INOCO LAB JAPAN、めがね、メガネ、眼鏡、アイウェア、レンズ、サングラス、パーソナルカラー、フィジカルサポートカラー、予約制、HAUSKA TAVATA、HAUSKATAVATA、ハウスカタバタ、はうすかたばた、RESREI、レスレイ、れすれい、BRUNOCHAUSSIGNAND、ブルーノショシニョン、ぶるーのしょしにょん、ブルーノ、ぶるーの、KRAAKRAA、クラークラー、くらーくらー、ふどうさん、不動産、マンション、リノベーション、リフォーム、耐震、建物長寿命化、再価値化、sdgs、自然素材、無垢材、100年住宅、百年住宅、創匠WORKS、SOSHOWORKS、SD事業部、SD、ソリューションデザイン、自立分散型、�オープンイノベーション、かながわSDGSパートナー、サステナブル、持続可能性、デザイン、アート、学術、横浜、ヨコハマ、よこはま、神奈川、カナガワ、かながわ、日本、JAPAN
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
● Optical Business Division

[Example of implementation]
Culture transmission

《Goals for sustainable by 2030》
Culture transmission
Transmission related to the SDGs of the eyewear industry 6 cases/year

[SDGs items]
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computerいのこ、イノコ、INOCO、いのこらぼ、イノコラボ、INOCO LAB、いのこらぼじゃぱん、イノコラボジャパン、INOCO LAB JAPAN、めがね、メガネ、眼鏡、アイウェア、レンズ、サングラス、パーソナルカラー、フィジカルサポートカラー、予約制、HAUSKA TAVATA、HAUSKATAVATA、ハウスカタバタ、はうすかたばた、RESREI、レスレイ、れすれい、BRUNOCHAUSSIGNAND、ブルーノショシニョン、ぶるーのしょしにょん、ブルーノ、ぶるーの、KRAAKRAA、クラークラー、くらーくらー、ふどうさん、不動産、マンション、リノベーション、リフォーム、耐震、建物長寿命化、再価値化、sdgs、自然素材、無垢材、100年住宅、百年住宅、創匠WORKS、SOSHOWORKS、SD事業部、SD、ソリューションデザイン、自立分散型、オー��プンイノベーション、かながわSDGSパートナー、サステナブル、持続可能性、デザイン、アート、学術、横浜、ヨコハマ、よこはま、神奈川、カナガワ、かながわ、日本、JAPAN
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer

INOCO LAB JAPAN LTD. is the 7th term

It has been registered as a "Kanagawa SDGs Partner".

Hybridization enhancer DNA nanomachine DNA circuit DNAzyme Ribozyme Nucleic acid chaperone Cationic polymer Strand replacement Strand exchange Hybridization promoter DNA nanodevice DNA robot DNA logic gate DNA computer
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