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Collaboration between BRAIN Biotech and AMSilk: Protein engineering successfully improves structural proteins for performance materials

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First patent application registeredBRAIN Biotech relies on protein engineering expertise and bioinformatics for rational protein design

NEURIED, Germany, March 5, 2024 /PRNewswire/ — BRAIN Biotech AG, leading provider of solutions for the biologization of industry, and AMSilk GmbH, a global leader in advanced materials made from spider silk-based proteins, announce the successful completion of the first phase of a development collaboration. After a year of working together, they have specifically optimized a natural structural protein and subsequently registered the first PCT patent (“Patent Cooperation Treaty”) for this process.

The aim of the collaboration is to advance the development of high-performance protein-based fibers for the performance materials market, with the specific properties of these structural proteins being optimized for various high-performance fields of application in the textile sector. In addition to the economic dimension, both companies pursue a common strategic goal: of building a more sustainable future through bio-based solutions in the textile industry.

AMSilk has developed a wide range of use cases for its spider silk-based proteins, from developing the leading spinning process for silk protein fibers, to transforming proteins into silk beads, gels and solutions to unlock the power of their coating effects. Due to its unique combination of strength and flexibility, spider silk is the gold standard of bioindustrial materials. AMSilk’s recombinant proteins are wholly biodegradable, can be fully recycled and contain no traces of microplastics. AMSilk’s silk protein-based fibers set completely new standards within the apparel industry. They offer extremely broad performance characteristics and are also a high-quality alternative with low CO2 consumption compared to other natural or fossil-based materials.

The structural proteins underlying AMSilk’s protein fibers can be modified at the amino acid level using BRAIN Biotech’s technologies so that the products can be tailored to specific market requirements.

The success of this strategic R&D collaboration is based on the use of BRAIN Biotech’s rational design in protein engineering. Using this technology, BRAIN Biotech has built a successful track record over many years in the enzyme technology unit at Zwingenberg. BRAIN Biotech had already successfully used its protein engineering strategy in the development of a variety of protein and enzyme products in order to tailor them for industrial applications. In addition to AMSilk’s scientific expertise in the field of spider silk-based proteins, AMSilk also contributes an understanding of customer and market requirements. The results of the collaboration that have now been achieved show once again that the applied scientific strategy can lead to completely new products.

Dr. Alexander Pelzer, Head of Research & Development at BRAIN Biotech at the Zwingenberg site, emphasizes: “Our successful rational protein engineering is based on the combination of two factors: the experience of our team – in conjunction with sequencing and structure-based bioinformatics methods, including AI predictions. The strategic R&D partnership with AMSilk is an excellent example of the power of our protein engineering pipeline.”

Pelzer cites powerful bioinformatics including the various AI approaches used by the experienced protein engineering experts at BRAIN Biotech as the basis for protein engineering, tailoring their approach to each specific inquiry. Drawing on the profound experience of their team, suggested optimizations are then implemented using molecular biology and tested in the laboratory. After successfully producing and characterizing these structural proteins on a milliliter scale, BRAIN Biotech scales up the top candidates in a fermenter on a liter scale, making them available to AMSilk for application testing.

Alexander Pelzer adds: “Many of the protein fibers that we have designed and manufactured at BRAIN Biotech showed greatly improved properties in real applications. We are very pleased that once again we have been able to contribute to the success of a customer – in this case AMSilk.”

Gudrun Vogtentanz, Chief Scientific Officer at AMSilk, says about the cooperation: “Together with BRAIN Biotech, we are bringing tailor-made material solutions to the market that not only meet the needs of customers but are sustainable. This will enable us to revolutionize the performance materials market in the long term, which is currently dominated by fossil-based textiles. With their years of protein engineering expertise and with our common vision, BRAIN Biotech is an ideal fit as a development partner.”

About AMSilk

AMSilk is a global leader in advanced materials made from spider silk-based proteins. AMSilk’s spider silk-based proteins are wholly biodegradable and biocompatible. Based on renewable plant based feedstock, they do not contain any substances of animal origin and come with a CO2 greenhouse gas emission reduction of up to 90% and more than 90% less land and water use compared to other protein fibers. Their high-performance qualities enable a wide range of applications in the textile, homecare, biomedical, and automobile industries.

AMSilk’s truly sustainable materials outperform existing, fossil-based products not only through their optimal relationship between performance and positive environmental impact, but also through the adaptability of multiple benefits to a broad range of meaningful applications. AMSilk aims to expand the use of its biobased, biodegradable, recyclable, and biocompatible products, reducing dependence on the natural resources of the planet. The Company has already collaborated with industry-leading global companies and plans to continue partnering with influential worldwide enterprises in its vision to make high performance materials for a sustainable future.

For more information, please visit www.amsilk.com.

About BRAIN Biotech

BRAIN Biotech AG is a leading European provider of bio-based products and solutions such as enzymes and proteins, microbial production strains, natural substances and biotechnological solutions for more sustainable industrial processes. The company focuses on the areas of nutrition, health and the environment.

BRAIN Biotech AG is the parent company of the internationally active BRAIN Biotech Group. The group divides its business activities into three segments: The BioProducts segment includes the product business with specialized enzymes and other proteins, for the production of which the group operates fermentation plants in Great Britain and production plants in continental Europe and the USA. The BioScience segment offers research-intensive customer-specific solutions based on enzyme technology, strain development, bioprocess development and natural product screening. In the BioIncubator segment, the company carries out its own R&D projects or those initiated with partners with high value creation potential. A particularly promising incubator project concerns the development of our own CRISPR-based gene editing technology platform, which is currently being set up and expanded by Akribion Genomics (in start-up planning).

Through its own R&D activities, the group is continually expanding its product portfolio in the area of specialty enzymes and small molecules. The latter are the starting point for screenings, e.g. for novel active ingredient candidates for pharmaceutical applications.

BRAIN Biotech AG has been listed in the Prime Standard of the Frankfurt Stock Exchange since February 9, 2016 (stock exchange symbol: BNN; securities identification number: ISIN DE0005203947 / WKN 520394). The company employs around 330 people and achieved sales of EUR 55.3 million in the 2022/23 financial year.

More information at: www.brain-biotech.com, LinkedIn, Threads and Youtube.

Disclaimer

This press release contains forward-looking statements. These statements reflect the current views, expectations and assumptions of the management of BRAIN Biotech AG and are based on information currently available to management.

Forward-looking statements do not guarantee future results and developments and involve known and unknown risks and uncertainties. The actual future results of BRAIN Biotech AG and the BRAIN Biotech Group and developments concerning BRAIN Biotech AG and the BRAIN Biotech Group may therefore differ materially from the expectations and assumptions expressed here due to various factors. These factors include, in particular, changes in the general economic situation and the competitive situation. In addition, developments on the financial markets and exchange rate fluctuations as well as national and international legal changes, particularly with regard to tax regulations, as well as other factors may have an influence on the future results and developments of BRAIN Biotech AG.

BRAIN Biotech AG assumes no obligation to update the statements contained in this release.

View original content:https://www.prnewswire.co.uk/news-releases/collaboration-between-brain-biotech-and-amsilk-protein-engineering-successfully-improves-structural-proteins-for-performance-materials-302078704.html

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IMTEX, Tooltech & Digital Manufacturing 2025: An exhibition of India’s manufacturing prowess

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Indian Machine Tool Manufacturers’ Association (IMTMA) to Organise the 22nd Edition of IMTEX

Over 1,100 Exhibitors from 23 Countries Set to Showcase Cutting-Edge Manufacturing Technologies Across 90,000 Square Metres

BENGALURU, India, Dec. 26, 2024 /PRNewswire/ — India’s manufacturing ecosystem is undergoing rapid changes with the onset of new and emerging technologies to meet domestic and global needs. A technology enthusiast’s quench gets satisfied when he sees and experiences an innovative and revolutionary technology. IMTEX is where every technology enthusiast will have something to see, experience, and carry. 

Being a part of IMTEX is an amazing experience, as the exhibition creates a welcoming atmosphere for its visitors, showcasing the machine tool industry in a grand light. Every business visitor who attends IMTEX considers it a privilege to do business, and importantly, it is one of those top-notch exhibitions that showcases a new and confident India.

Organized by Indian Machine Tool Manufacturers’ Association (IMTMA), IMTEX, Tooltech & Digital Manufacturing 2025 will be held at Bangalore International Exhibition Centre (BIEC) in Bengaluru, Karnataka, from 23 to 29 January 2025.

IMTEX 2025 is very special as it is set to surpass all its previous editions, occupying 90,000 square meters of space in eight halls. Over 1,100 exhibitors from 23 countries showcasing new products and technologies in the form of live machines are expected to participate. Countries like Germany, Italy, Japan, Korea, Spain, Taiwan, and the United States of America have separate pavilions. IMTMA anticipates participation from around 2,000 trade delegations representing various user industries.

Tooltech, focusing on tools and dies, and Digital Manufacturing, showcasing Industry 4.0 and additive manufacturing advancements, will be held as concurrent shows. International Seminar on Machining Technologies, to be held on 24 and 25 January, will throw light on the emerging technologies in metal cutting technologies. International experts from various countries will deliberate upon the innovations and global best practices. 

The exhibition will have interesting parallel events, such as i2 Academia Square comprising Academia Pavilion with institutions presenting innovative projects undertaken by students, helping bridge the gap between academic and industrial circles. Manufacturing Technology Quiz Contest along with TechTalk will be added attractions.  

IMTMA will be holding the ‘Engagement with Overseas Buyers’ on 25 and 26 January, as part of the buyer-seller meet promoting exports of the Indian machine tool industry. Further, the Jagruti-IMTMA Youth Programme, an initiative to raise awareness about the latest advancements in the manufacturing industry, would help students stay updated with technological developments.

Two new seminars will be organized in IMTEX 2025 for the first time.

IMTMA, along with ACMA (Automotive Component Manufacturers Association of India), will be holding an Auto Components Industry Transformation Summit on 26 January. The seminar is expected to further buttress machine tool and auto component industry relations.

JMTBA Seminar on Export Controls for Japanese Machine Tools will be held at IMTMA Technology Centre in Bengaluru on 27 January 2025. The seminar will help strengthen business relations between India and Japan.

Engineering at its best

The kind of innovation that exists in industry at every level, small, medium, or large, finds its place in IMTEX. The exhibition has consistently showcased advancements in technologies, from traditional machines to cutting-edge CNC and digital manufacturing solutions, giving a first-hand view of the capabilities and potentials of technologies that are on display.

This results in facilitating technology transfer and collaborations and encourages foreign investments, driving innovation and development in the Indian and Asian machine tool and manufacturing industries.

In this edition, exhibitors are expected to display cutting-edge technologies that are vital in addressing the need for quality and precision manufacturing in every industry sector, according to Mr. Jibak Dasgupta, Director General & CEO, IMTMA. There is renewed enthusiasm among exhibitors and visitors to forge relations, enhance opportunities, and advance manufacturing to new levels, he adds.

For more information about IMTMA, please visit: https://www.imtma.in/

About IMTEX, Tooltech & Digital Manufacturing 2025

IMTEX, Tooltech & Digital Manufacturing 2025, organized by the Indian Machine Tool Manufacturers’ Association (IMTMA), is one of India’s premier exhibitions showcasing the country’s manufacturing prowess. Scheduled from 23–29 January 2025 at the Bangalore International Exhibition Centre (BIEC), Bengaluru, the event will feature over 1,100 exhibitors from 23 countries, across 90,000 square meters in eight halls. The exhibition will highlight cutting-edge technologies in machine tools, automation, and digital manufacturing, alongside concurrent events such as the Tooltech and Digital Manufacturing shows, international seminars, and buyer-seller meet programs. IMTEX serves as a global platform for technology exchange, fostering business collaborations, innovation, and export opportunities within the machine tool and manufacturing sectors.

For more information about IMTEX, please visit: https://www.imtex.in/

 

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World’s Largest Modular Student Residence Opens in Hong Kong CIMC Sets Benchmark for Construction Efficiency and Sustainability

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News Lead: The opening of the world’s largest modular student residence has attracted widespread attention from public. The project was completed two years ahead of schedule, showcasing groundbreaking efficiency and advanced construction technology in educational infrastructure.

SHENZHEN, China, Dec. 26, 2024 /PRNewswire/ — A Benchmark in Global Educational Infrastructure

Recently, the City University of Hong Kong (CityU) held an opening and naming ceremony for the Lee Shau Kee Student Residence Village (hereinafter referred to as “the Residence Village”).

Recognized as the world’s largest modular student residence (calculated by the number of bed spaces), the Residential Village was built in partnership with main contractor Gammon Construction Limited and module supplier CIMC Modular Building Systems (CIMC MBS), a subsidiary of CIMC Group.

The Residential Village was opened in the third quarter of 2024 after commencing the construction work in 2022. Utilizing CIMC volumetric modular construction technology, completion was achieved two years ahead of the original schedule, setting a new benchmark for efficient construction speed and advanced technology in the field of global educational infrastructure.

The Residence Village covers a total construction area of approximately 48,000 square meters, consisting of six buildings ranging from 13 to 18 stories. The overall building complex involves over 1,300 modules and provides more than 2,000 bed-spaces for CityU’s undergraduate and graduate students.

In addition to hostel rooms, there are communal rooms, corridors, rest rooms and plant rooms constructed using the CIMC modular construction technology.

During the construction process, innovative MiMEP (Multi-trade Integrated Mechanical, Electrical and Plumbing) technology was adopted. The pre-assembled MEP cassettes were integrated and installed in the CIMC factory within the modules before being transported to the site for installation. This approach reduced overall installation time by 50%.

Up to 90% of the aluminum cladding system was also prefabricated and installed in the factory, including the projecting horizontal and vertical fins. The aluminum feature fins were designed to conceal all the external pipe works providing an attractive appearance whilst also providing access for future maintenance.

In addition, CIMC Modular utilizes its self-developed digital systems, such as project management cockpit and quality digital monitoring systems, to provide a “smart brain” for project construction. Through these systems, multiple production processes are monitored, achieving full digital management and process traceability for module production, transportation, and installation, thereby providing strong support for quality project delivery.

Modular Construction Technology Is Addressing Hong Kong’s Urban Development Challenges

For a long time, Hong Kong has faced multiple challenges, including restricted land resources, diversified construction demands, and an urgent desire for efficient and environmentally friendly building methods. Traditional construction methods have gradually revealed issues such as long construction periods, significant noise pollution, and excessive construction waste, making it difficult to meet Hong Kong’s rapidly evolving needs. The emergence of volumetric modular construction technology has brought new hope to address these challenges.

Off-site volumetric modular construction technology adopts the concept of ” factory assembly followed by on-site installation,” transfers 90% of on-site construction processes to a controlled factory environment. In this method, free-standing integrated modules (completed with finishes, fixtures, and fittings) are manufactured and assembled in a factory, buildings can be substantially completed off-site.

This significantly reduces construction time and minimizes the impact of weather conditions and site constraints, while also providing a great degree of production quality control, and can improve construction productivity, cost-effectiveness, safety, and sustainability.

In the construction of the Residence Village, this on-site installation method resulted in a 75% reduction in construction noise and a 68% decrease in construction waste. By using low-carbon concrete and rebar as building materials and replacing diesel generators on-site with grid-powered facilities, the project also significantly reduced the carbon footprint generated during its construction period. These figures clearly reflect the substantial environmental benefits of this technology, effectively minimizing its impact on the surrounding environment and residents’ lives and providing a successful example of green construction for global building projects.

It is worth noting that the successful implementation of the Residence Village project is an important milestone in promoting the development of volumetric modular construction technology in Hong Kong, offering valuable experiences for construction projects in Hong Kong and the worldwide, guiding the industry toward a more efficient, environmentally friendly, and intelligent future.

View original content:https://www.prnewswire.com/news-releases/worlds-largest-modular-student-residence-opens-in-hong-kong–cimc-sets-benchmark-for-construction-efficiency-and-sustainability-302339243.html

SOURCE CIMC

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India’s Thriving Tech Hub Fuels Kimberly-Clark’s Digital Transformation

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Kimberly-Clark Expanding Investments in India

BENGALURU, India, Dec. 26, 2024 /PRNewswire/ — Kimberly-Clark, a global leader in essential personal and family care products, continues to increase its commitment to India through its Global Digital Technology Center (GDTC) in Bengaluru.

Established in 2018 with an initial investment of $2.5 million, the Bengaluru GDTC has seen remarkable growth, expanding its size by eight times in just five years. The center focuses on key areas and digital capabilities such as Data and Analytics, Artificial Intelligence (AI) including Generative AI, Machine Learning (ML), Cloud Transformation, Global Digital Operations & Automation, Digital Sales and Marketing, and Digital Supply Chain – all of which help drive efficiencies and improve customer experiences. Over the next three years, the GDTC plans to continue its expansion, focusing on advancing AI/ML capabilities and developing innovative digital solutions to boost operational efficiency and customer engagement. These capabilities further enhance Kimberly-Clark’s ability to deliver on its global Powering Care strategy – shared earlier this year – and, in turn, strengthen its longstanding commitment to consumer-centricity.

While the Bengaluru GDTC is driving Kimberly-Clark’s technological advancements, it’s also contributing to India’s broader tech and innovation ecosystem. By collaborating with local startups, academic institutions, and industry partners, the center aims to foster cutting-edge solutions.

“Our Bengaluru GDTC is a testament to Kimberly-Clark’s deep-rooted commitment to innovation and the immense breadth of Indian talent,” said Zack Hicks, Chief Digital and Technology Officer, Kimberly-Clark. “In just five years, the center has evolved into a key growth engine for our digital strategies, delivering AI-powered commercial and supply chain solutions, and pioneering advancements in modern manufacturing. Looking ahead, we remain focused on further investing in India, leveraging the country’s outstanding talent and technological expertise to shape the future of Kimberly-Clark and pioneer industry-leading innovation in our core categories.”

The integration of data and advanced analytics is at the core of the Bengaluru GDTC’s success. By leveraging AI/ML algorithms built on their enterprise data lake, the team is also optimizing sales predictions, refining pricing strategies for e-commerce, and automating routine tasks such as order entry and invoice processing. In 2024, efforts in Gen AI platforms originating from the GDTC improved the employee productivity by up to 25%, and the development of AI-powered sales and revenue analytics drove a 10% improvement in sales execution across regions like Europe, the Middle East, and Africa. These innovations not only streamline operations and reduce costs but also boost accuracy and efficiency.

One of the center’s major achievements is the development of Maestro, an AI-powered supply chain orchestration platform that has delivered more than $20 million in global savings for Kimberly-Clark. Another transformative innovation is the Warehouse Automation Platform, which seamlessly integrates warehouse robotics with supply chain systems, reducing new solution deployment timelines from 18 months to 4 months, and generating savings exceeding $50 million. The GDTC’s collaborative efforts have also resulted in the creation of Procuree 3.0, an inhouse Source-to-Pay chatbot powered by Generative AI that enhances Kimberly-Clark’s procurement processes across 42 countries and 14 languages.

Recently, the GDTC held its third Digital Hackathon under the theme ‘UNLOKC 2024,’ bringing together Kimberly-Clark employees and technology partners to develop digital solutions that contribute to business opportunities in areas such as supply chain, marketing, and finance. Over 130 innovative ideas were submitted within four weeks, and the 7 project finalists were awarded by the Digital Technology global leadership team during the Hackathon’s final event in Bangalore. These finalists will receive support to develop their projects in the near future.

As Kimberly-Clark’s largest technology hub, the Bengaluru GDTC is positioned to remain a critical driver of growth and innovation on a global scale. With plans to continue attracting top-tier talent and expanding its technological capabilities, the center is set to play a pivotal role in shaping the future of the company and its global tech ecosystem.

About Kimberly-Clark:

Kimberly-Clark (NYSE: KMB) and its trusted brands are an indispensable part of life for people in more than 175 countries. Fueled by ingenuity, creativity, and an understanding of people’s most essential needs, we create products that help individuals experience more of what’s important to them. Our portfolio of brands, including Huggies, Kleenex, Scott, Kotex, Cottonelle, Poise, Depend, Andrex, Pull-Ups, GoodNites, Intimus, Plenitud, Sweety, Softex, Viva and WypAll, hold No. 1 or No. 2 share positions in approximately 70 countries. We use sustainable practices that support a healthy planet, build strong communities, and ensure our business thrives for decades to come. We are proud to be recognized as one of the World’s Most Ethical Companies(R) by Ethisphere for the sixth year in a row and one of Fortune’s Most Innovative Companies in America in 2024. To keep up with the latest news and to learn more about the company’s 150-year history of innovation, visit the Kimberly-Clark website.

Photo: https://mma.prnewswire.com/media/2587797/Kimberly_Clark.jpg

 

 

View original content:https://www.prnewswire.co.uk/news-releases/indias-thriving-tech-hub-fuels-kimberly-clarks-digital-transformation-302339247.html

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