This document summarizes a presentation by Kuxtal Biotech, a Mexican company that will provide genomic technology services. It discusses how advances in synthetic biology and genetic engineering have led to new techniques and applications. While these technologies are becoming less expensive, opportunities remain underexploited in Latin America. Kuxtal Biotech, founded by 16 biotechnology students, aims to capture the existing market and develop new opportunities in Mexico and Latin America by providing custom genes and proteins as well as specialized biotechnology solutions. The company sees a need for high quality genomic services with strong customer support in the region.
Describes the factors creating the need for greater flexibility in sterile injectable manufacturing, problems with conventional aseptic filling technologies and innovations that provide a flexible, scalable model for pharmaceutical manufacturing.
A presentation of Genentech strategic growth options vis-a-vis the current economic and structural challenges the biotech industry is facing.
Team project, December 2008.
Describes the factors creating the need for greater flexibility in sterile injectable manufacturing, problems with conventional aseptic filling technologies and innovations that provide a flexible, scalable model for pharmaceutical manufacturing.
A presentation of Genentech strategic growth options vis-a-vis the current economic and structural challenges the biotech industry is facing.
Team project, December 2008.
One of the hottest topics in the biopharmaceutical industry today is “continuous bioprocessing”. Buzzwords such as “process intensification”, “next generation bioprocessing”, “process optimization”, and “integrated, connected manufacturing” are prevalent in industry conference programs and biopharma trade publications. This is no surprise considering that by 2025, it is expected that 20 percent of revenue from molecules that are still in the pipeline today will come from drugs manufactured with next generation technologies. It is estimated that roughly 35 percent of today’s commercial molecules will utilize process intensification methods within the next 5-10 years.
But what actually is next generation bioprocessing? How are industry players defining next generation bioprocessing and how will they pursue and successfully implement this approach? And is continuous bioprocessing always the ultimate end goal drug manufacturers around the globe are, or should be, striving for?
In this dedicated supplement, experts from both biologics manufacturers and from Merck provide their insights and perspectives on the on-going paradigm shift towards next generation bioprocessing occurring in today’s and tomorrow’s biopharma landscape.
2007 - Borderless Biotech & Mexico's Emerging Life Sciences IndustryCrossborder Group
Report developed by Crossborder Group for UCSD Extension and Merck on the growth of life sciences infrastructure -- both human and physical -- in four regions of Mexico: Guanajuato, Jalisco, Morelos and Nuevo León. The research for this project included site visits, interviews, and a range of data collection, looking at education, medical device manufacturing trends, pharmaceutical research, clinical trials, and advances that these regions in Mexico are making. Also touched on in this document is the potential for crossborder life sciences collaboration, particularly in the regions of San Diego and Baja California.
This report was a follow up to the more-comprehensive regional technology study, Borderless Innovation (2006) -- also developed for UCSD Extension.
Synthetic biology is a novel field that finds its origin at the intersection of biology and engineering. It involves designing and construction of biological systems or devices that can be applied in varied domains to get specified results. It’s a multidisciplinary effort made by scientists to understand the functioning of biological organisms, cells & genes and implementation of artificial genetic processes to give specific characteristics to an organism.
Playing to win in the life science tools marketBill Kelly
For the last year, clients have repeatedly been asking us similar questions:
- What's the outlook for life science funding?
- What's the impact of large mergers on the competitive environment?
- Are the ways scientists purchase products changing?
- Do new technologies represent a threat or an opportunity?
BioInformatics LLC has decided to answer these questions in our latest multi-sponsor research report, Competitive Strategies in an Era of Consolidation & Disruptive Technologies. We will undertake a comprehensive assessment of the current state of the global life science through extensive interviews with market participants, industry observers, procurement specialists and a survey of more than a thousand scientific customers from all market segments.
BIOTECHNOLOGY
AND ITS APPLICATION TO VETERINARY SCIENCE
Carlos G. Borroto
Deputy Director, Center for Genetic Engineering and Biotechnology (CIGB), Havana, Cuba1
A questionnaire was sent to the 29 Member Countries of the OIE Regional Commission
for the Americas and information and comments were received from the Delegates of 21 Member
Countries. The questionnaire covered aspects relating to the application of biotechnology to
animal health, especially prevention-related issues, including: the development and production of
medicinal products and vaccines; the use of metabolic modifiers, probiotics and prebiotics;
advanced veterinary diagnostic methods; immunocastration and other applications. The
questionnaire also covered the aspects of regulations and public perceptions.
The report analyses the situation in the countries of the region in relation to the state of the art in
these technologies worldwide, revealing that modern biotechnology-based technologies offer huge
potential for the production of vaccines, medicinal products and other veterinary products.
The development and use of these technologies is concentrated in a few countries of the region,
while in others they are still not in widespread use. This creates the need to publicise and provide
training in these technologies, for which suitable development conditions exist in a number of
countries in the region. It is also necessary to foster the establishment of a comprehensive and
effective regulatory framework for the safe use of these technologies from the dual standpoint of
biosafety and of the regulations established in the veterinary register. All the countries of the
region consider that it is important for the OIE to issue additional standards for the production of
veterinary products using modern biotechnology.
Despite facing stringent regulatory limitations and ethical concerns, the stem cell regeneration is witnessing a welcoming change in terms of increased awareness, formulation of regulations and regulatory acceptance. According to the latest research conducted by Infinity Research Limited, the global stem cell industry is poised to grow at a CAGR of whooping 36.52% by 2021, attracting a lot of interest.
Here is a look at the top 5 promising U.S listed stem cell stocks .
As we understand more about the human body and how it functions and degrades, biotechnology will progress. This is only the beginning, but when new technology and procedures become accessible, certain themes will start to develop in biopharma trends.
This report, commissioned by Dubai Science Park, explores the success of emerging markets in the life sciences industry and identifies strategic lessons for countries seeking to nurture their own life sciences sector.
Christopher Anderson SPHR CBS VP HR Why is hrJerome Matthews
Why is HR in the Biotech Industry different ?
Biotechnology is one of the most research intensive industries in the world. The first biotechnology product earning FDA approval was for synthetic “human” insulin in 1982 and was developed by Genentech and Eli Lilly.
Richard Korn, Senior Manager of Localization and Packaging Development at St. Jude Medical, and Clio Schils, Account Director of Life Sciences for Lionbridge, explain the requirements of the life sciences industry in the different Latin American countries and prove that the region has a great potential for both medical device manufacturers and, consequently, translation and localization providers.
Microbiome Sequencing Services Market in terms of revenue was estimated to be worth $284 million in 2022 and is poised to reach $555 million by 2028, growing at a CAGR of 14.3% from 2022 to 2028 according to a new report by MarketsandMarkets™.
One of the hottest topics in the biopharmaceutical industry today is “continuous bioprocessing”. Buzzwords such as “process intensification”, “next generation bioprocessing”, “process optimization”, and “integrated, connected manufacturing” are prevalent in industry conference programs and biopharma trade publications. This is no surprise considering that by 2025, it is expected that 20 percent of revenue from molecules that are still in the pipeline today will come from drugs manufactured with next generation technologies. It is estimated that roughly 35 percent of today’s commercial molecules will utilize process intensification methods within the next 5-10 years.
But what actually is next generation bioprocessing? How are industry players defining next generation bioprocessing and how will they pursue and successfully implement this approach? And is continuous bioprocessing always the ultimate end goal drug manufacturers around the globe are, or should be, striving for?
In this dedicated supplement, experts from both biologics manufacturers and from Merck provide their insights and perspectives on the on-going paradigm shift towards next generation bioprocessing occurring in today’s and tomorrow’s biopharma landscape.
2007 - Borderless Biotech & Mexico's Emerging Life Sciences IndustryCrossborder Group
Report developed by Crossborder Group for UCSD Extension and Merck on the growth of life sciences infrastructure -- both human and physical -- in four regions of Mexico: Guanajuato, Jalisco, Morelos and Nuevo León. The research for this project included site visits, interviews, and a range of data collection, looking at education, medical device manufacturing trends, pharmaceutical research, clinical trials, and advances that these regions in Mexico are making. Also touched on in this document is the potential for crossborder life sciences collaboration, particularly in the regions of San Diego and Baja California.
This report was a follow up to the more-comprehensive regional technology study, Borderless Innovation (2006) -- also developed for UCSD Extension.
Synthetic biology is a novel field that finds its origin at the intersection of biology and engineering. It involves designing and construction of biological systems or devices that can be applied in varied domains to get specified results. It’s a multidisciplinary effort made by scientists to understand the functioning of biological organisms, cells & genes and implementation of artificial genetic processes to give specific characteristics to an organism.
Playing to win in the life science tools marketBill Kelly
For the last year, clients have repeatedly been asking us similar questions:
- What's the outlook for life science funding?
- What's the impact of large mergers on the competitive environment?
- Are the ways scientists purchase products changing?
- Do new technologies represent a threat or an opportunity?
BioInformatics LLC has decided to answer these questions in our latest multi-sponsor research report, Competitive Strategies in an Era of Consolidation & Disruptive Technologies. We will undertake a comprehensive assessment of the current state of the global life science through extensive interviews with market participants, industry observers, procurement specialists and a survey of more than a thousand scientific customers from all market segments.
BIOTECHNOLOGY
AND ITS APPLICATION TO VETERINARY SCIENCE
Carlos G. Borroto
Deputy Director, Center for Genetic Engineering and Biotechnology (CIGB), Havana, Cuba1
A questionnaire was sent to the 29 Member Countries of the OIE Regional Commission
for the Americas and information and comments were received from the Delegates of 21 Member
Countries. The questionnaire covered aspects relating to the application of biotechnology to
animal health, especially prevention-related issues, including: the development and production of
medicinal products and vaccines; the use of metabolic modifiers, probiotics and prebiotics;
advanced veterinary diagnostic methods; immunocastration and other applications. The
questionnaire also covered the aspects of regulations and public perceptions.
The report analyses the situation in the countries of the region in relation to the state of the art in
these technologies worldwide, revealing that modern biotechnology-based technologies offer huge
potential for the production of vaccines, medicinal products and other veterinary products.
The development and use of these technologies is concentrated in a few countries of the region,
while in others they are still not in widespread use. This creates the need to publicise and provide
training in these technologies, for which suitable development conditions exist in a number of
countries in the region. It is also necessary to foster the establishment of a comprehensive and
effective regulatory framework for the safe use of these technologies from the dual standpoint of
biosafety and of the regulations established in the veterinary register. All the countries of the
region consider that it is important for the OIE to issue additional standards for the production of
veterinary products using modern biotechnology.
Despite facing stringent regulatory limitations and ethical concerns, the stem cell regeneration is witnessing a welcoming change in terms of increased awareness, formulation of regulations and regulatory acceptance. According to the latest research conducted by Infinity Research Limited, the global stem cell industry is poised to grow at a CAGR of whooping 36.52% by 2021, attracting a lot of interest.
Here is a look at the top 5 promising U.S listed stem cell stocks .
As we understand more about the human body and how it functions and degrades, biotechnology will progress. This is only the beginning, but when new technology and procedures become accessible, certain themes will start to develop in biopharma trends.
This report, commissioned by Dubai Science Park, explores the success of emerging markets in the life sciences industry and identifies strategic lessons for countries seeking to nurture their own life sciences sector.
Christopher Anderson SPHR CBS VP HR Why is hrJerome Matthews
Why is HR in the Biotech Industry different ?
Biotechnology is one of the most research intensive industries in the world. The first biotechnology product earning FDA approval was for synthetic “human” insulin in 1982 and was developed by Genentech and Eli Lilly.
Richard Korn, Senior Manager of Localization and Packaging Development at St. Jude Medical, and Clio Schils, Account Director of Life Sciences for Lionbridge, explain the requirements of the life sciences industry in the different Latin American countries and prove that the region has a great potential for both medical device manufacturers and, consequently, translation and localization providers.
Microbiome Sequencing Services Market in terms of revenue was estimated to be worth $284 million in 2022 and is poised to reach $555 million by 2028, growing at a CAGR of 14.3% from 2022 to 2028 according to a new report by MarketsandMarkets™.
Microbiome Sequencing Services Market worth $555 million
Summary presentation logo 1
1. SUMMARY PRESENTATION
Current advances in Synthetic Biology and Genetic Engineering were achievable thanks to the
breakthroughs in the industrialization of biological sciences. By broadening the spectrum of commercially
available molecular biology reagents and equipment, new techniques have been developed yielding in
novel applications, products, and services for both laboratory and industry. As more sophisticated and
accurate technologies are developed, they also become less expensive; this leads to an expansion of the
industrial, and therefore commercial possibilities. Fresh and emerging markets provide exceptional niche
opportunities; the exponential growth of scientific development in biological sciences is currently pulling the
global market as well.
Latin America is a region with great potential regarding market development and expansion of
biotechnological products and services. From 2007 onwards, iGEM has hosted a total of 25 Mexican
teams. The rate of participation has increased 60% per year. This year there are 12 Mexican teams
registered within all iGEM categories, representing almost half of the total historic participation. The
Mexican and Latin American teams participating in the iGEM competition represent only a segment of a
niche within the synthetic gene market; in reality the market-share is much bigger. Private & public
research institutions, as well as companies and industries, develop services and products that currently, or
will eventually, require synthetic genes and optimized sequences. The need for a company that efficiently
provides such services, as well as other biotechnological solutions to industrial processes, is increasing
rapidly in Mexico and the rest of the developing World as a consequence of the biological sciences
paradigm shift.
Consolidating a Synthetic Biology enterprise that provides custom synthetically designed and
optimized genes, recombinant proteins, and specialized biotechnological solutions in the region, would
capture the existing market-share and at the same time would fuel the development of a fresh new market
that currently remains underexploited.
Integrated by sixteen undergraduate Biotechnology Engineering students with specializations in
molecular biology, bioprocesses, and business management, Kuxtal Biotech is a Mexican company that
will provide top-notch genomic technology services. Team members are: Aldo A. Díaz Jiménez, Antonio
Villarreal Larrauri, Israel Guerrero Argüero, Jorge A. VásquezPratz, Nelson G. Cano Eusebio, Rodrigo
MachadoRiveira, Mariana Nieto De León, Laura C. Amaya Hernández, Cintli C. Morales Alcalá, David I.
Maycotte Cervantes, Daniela Noriega Sierra, Roberto Rosano Lara, Yunuen Zúñiga Cruz, Alicia G. Quiroz
Rocha, Cynthia M. Avilez Bahenaand Alejandra M. RojanoNisimura. Our team advisors are MBA Cristian
S. Núñez, PhD Sonia Vázquez-Flores and M.Sc. Gerónimo Villanueva.
Kuxtal Biotech has identified the need for a company that supplies quality services with both
speed and an excelling customer support. The opportunities for business development of genomic
technologies in Mexico have been underrated. Kuxtal Biotech intends to get a grip on the already existing
market, and develop it, by supplying quality products and services with on-time deliveries, validation, and
technical assistance trough all the research and project development process. Kuxtal Biotech will be
dedicated to gene synthesis for the development and scaling of new projects related to synthetic biology,
genetic engineering, as well as other biotechnological applications within México and the Latin America.
While the market matures, Kuxtal Biotech will be positioned as the main provider of
biotechnological solutions in the region, expanding its core business from gene synthesis, to a holistic
biotechnological company that will serve as a platform to launch laboratory research into the market,
taking synthetic biology applications into the everyday life of society.
- The Kuxtal BioTech Group.