3M offers drug delivery technologies in inhalation and transdermal delivery. Their inhalation technologies include metered-dose inhalers which help treat respiratory diseases locally with fewer side effects than oral drugs. Their transdermal technologies expand the types of drugs that can be delivered through the skin. 3M helps pharmaceutical companies develop, manufacture, and bring new products to market through services like analytical work, regulatory assistance, and manufacturing various dosage forms from clinical to commercial scale.
EnRus is a translation agency based in Moscow that was founded in 1991. It specializes in translating technical documents in fields like computer science, law, finance, and medicine from European languages into Russian and other Slavic and Turkic languages. EnRus has translated books by notable authors and works with many corporate clients who praise EnRus' expertise, quality, and responsiveness. It employs a large network of highly qualified native language translators.
When finding the fastest path between discovery and delivery, pharmaceutical companies are increasingly looking toward Contract Research Organizations (CRO s).
As the face of the industry changes, 2020 Pharma (Ph) sits down with two CRO experts to discuss these trends.
The document provides an overview of wireless data communications technologies including wide area cellular services, wireless LANs, and satellite integrated wireless services. It summarizes key aspects of these technologies such as cellular network principles, GSM network architecture, GPRS and EDGE integration, 3G UMTS standards, CDMA basics, Wi-Fi, Bluetooth, and issues with wireless LAN and 3G integration.
Single node hardware design is shifting to a heterogeneous nature and many of todays largest HPC systems are clusters that combine accelerators in heterogeneous compute device architectures. The need for new programming abstractions in the advancements to the Exascale era has been widely recognized and variants of the Partitioned Global Address Space (PGAS) programming model are discussed as a promising approach in this respect DASH is a C++ template library that provides distributed data structures with support for hierarchical locality in a PGAS programming model. Portable efficiency, an essential goal in the design of DASH, can only be achieved with programming abstractions of hardware locality that allow to optimize data structures and algorithms to the underlying system at compile- and run time. Established tools like LIKWID and hwloc provide reliable interfaces to query the hardware topology on node level but fail to construct a global representation of distributed locality domains and do not support accelerator architectures like Intel MIC. We present Locality Hierarchies, an abstraction of distributed, hierarchical locality represented as a modifiable data structure. The underlying model supports heterogeneous systems as first-class use case and introduces a well-defined concept of distance for arbitrary distributed hardware hierarchies. Using common range-based algorithms as motivating examples, we explain how our approach facilitates locality-aware load-balancing and process mapping on SuperMIC compute nodes.
DASH: A C++ PGAS Library for Distributed Data Structures and Parallel Algorit...Menlo Systems GmbH
油
DASH is a C++ PGAS library that provides distributed data structures and parallel algorithms. It offers a global address space without a custom compiler. DASH partitions data across multiple units through various distribution patterns. It supports distributed multidimensional arrays and efficient local and global access to data. DASH includes many parallel algorithms ported from STL and supports asynchronous communication. It aims to simplify programming distributed applications through its data-oriented approach.
A Multidimensional Distributed Array Abstraction for PGAS (HPCC'16)Menlo Systems GmbH
油
DASH is a C++ template library that offers distributed data structures and parallel algorithms for PGAS programming without a custom compiler. It provides a unified access to local and remote data through a global address space. DASH contains multidimensional distributed arrays, lists, maps and other containers, and growing set of parallel algorithms like fill, copy, reduce that also work on multidimensional ranges. It achieves portable efficiency through algorithms like SUMMA for matrix multiplication that leverage high performance libraries like Intel MKL. Benchmarks show DASH outperforms equivalent functions in ScaLAPACK, PLASMA and Intel MKL.
This document outlines a chapter on socialization from the Royal University of Phnom Penh. It discusses the process of socialization and how it occurs from a young age through childhood and into adulthood. Socialization involves learning the customs, attitudes and values of one's culture through both formal and informal education. It examines several theories of socialization, including how children develop a sense of self through interacting with others and imagining how they appear, as well as learning to take on social roles. Socialization is crucial for healthy development and occurs through interactions with family, teachers, and society.
The document summarizes two models of second language acquisition: the competition model and connectionist approaches. The competition model assumes language learning involves mapping between forms and functions. Connectionist approaches model mental phenomena as interconnected networks, focusing on strengthening associations between stimuli and responses through repeated exposure. Specifically, parallel distributed processing posits that language learning occurs through the simultaneous, parallel processing of multiple linguistic units in the brain, with connection strengths changing based on input frequency and feedback.
The document discusses Michael Long's interactional hypothesis, which is based on Stephen Krashen's input hypothesis. The interactional hypothesis proposes that negotiated interaction between learners and their interlocutors can qualitatively change the nature of the input, facilitating language acquisition. When communication breaks down, interlocutors provide modified input through repetition, confirmation checks, comprehension checks, and clarification requests to aid comprehension. While interaction can help comprehension, it is not solely responsible for acquisition and individual differences are also important factors. The interactional hypothesis perspective has limitations but provides insights applicable for language teaching.
Expressing and Exploiting Multi-Dimensional Locality in DASHMenlo Systems GmbH
油
DASH is a realization of the PGAS (partitioned global address space) programming model in the form of a C++ template library. It provides a multidimensional array abstraction which is typically used as an underlying container for stencil- and dense matrix operations.
Efficiency of operations on a distributed multi-dimensional array highly depends on the distribution of its elements to processes and the communication strategy used to propagate values between them. Locality can only be improved by employing an optimal distribution that is specific to the implementation of the algorithm, run-time parameters such as node topology, and numerous additional aspects. Application developers do not know these implications which also might change in future releases of DASH.
In the following, we identify fundamental properties of distribution patterns that are prevalent in existing HPC applications.
We describe a classification scheme of multi-dimensional distributions based on these properties and demonstrate how distribution patterns can be optimized for locality and communication avoidance automatically and, to a great extent, at compile time.
Pulmorphix Limited is a start-up company from Liverpool John Moores University (LJMU). Weve developed what we believe is the worlds first lung biosimulator a device that replicates the conditions deep in the human lung.
Weve already secured a 贈82,000 grant from the Technology Strategy Board, the UK Governments innovation agency.
As well as de-risking the project for investors, we think this is a big vote of confidence both for our technology and our ability to bring it successfully to market.
The Board described the lung biosimulator as highly innovative and potentially disruptive, and agreed with us that there is a significant unmet need within the pharmaceutical industry.
Using this technology, Pulmorphix intends to offer a commercial testing service to give drug developers a reliable way of understanding how their drugs will behave when inhaled.
Platform technologies can improve efficiency and quality in drug development by leveraging prior knowledge for new molecules. The basic idea is that a platform, combined with a risk-based approach, provides the most systematic method to do this. Such platforms also enable continuous improvement by adding data from each new molecule. Examples of platform technologies include medical devices, drug delivery systems using approaches like nanotechnology, microspheres, liposomes, hot melt extrusion, and sustained release formulations. These platforms aim to enhance safety, efficacy, targeting, and patient convenience.
What were they trying to achieveIn 1991, DIA attempted to rem.docxphilipnelson29183
油
What were they trying to achieve?
In 1991, DIA attempted to remodel and upgrade the arduous, time-consuming luggage check-in and transfer system. The idea involved bar-coded tags being fixed to each piece of luggage that went through Destination Coded Vehicles. This would fully automate all baggage transfers, integrate all three terminals, and reduce aircraft turn-around time significantly.
Why did they fail?
The main cause of failure was the scope creep of quality and cost schedule. When the company DIA was contracted to help in BAEs project, they failed to meet the time schedule of the company. They instead stuck to their schedule of two years. The management took unnecessary risked because the project was underscored yet the management took unnecessary risks. Another item in their agenda which the company ignored: the company ignored the airlines planning sessions and omitted the airline as a stakeholder. The project, as a result, featured oversized sports/ski equipment luggage and separate maintenance track and another track was not designed at all. The large part of the system was not done and had to be redone. This made the airport to be delayed by 16 months and has had a loss of $2 billion were incurred as a result. The project was later scrapped.
Lesson learned in the project is stakeholder engagement in project management. From the project management principles, the two companies failed to communicate to one another during the project until it was too late. Communication is one of the pillars in for project success. Another mistake which DIA committed was failing to plan and consult regularly.
References
Hartmann, T., & Spit, T. (2016). Legitimizing differentiated flood protection levelsConsequences of the European flood risk management plan. Environmental Science & Policy, 55, 361-367.
Benson, D., Lorenzoni, I., & Cook, H. (2016). Evaluating social learning in England flood risk management: An individual-community interactionperspective. Environmental Science & Policy, 55, 326-334.
Chan, M. J., Huang, Y. B., Wen, Y. H., Chuang, H. Y., Tain, Y. L., Wang, Y. C. L., & Hsu, C. N. (2015). Compliance with risk management plan recommendations on laboratory monitoring of antitumor necrosis factor-留 therapy in clinical practice. Journal of the Formosan Medical Association.
Running head: BCG MATRIX COMPETITIVE ANALYSIS FOR MEDTRONIC 1
BCG MATRIX COMPETITIVE ANALYSIS FOR MEDTRONIC 2
BCG Matrix Competitive Analysis for Medtronic
Tyrell S Grant
BCG Matrix Competitive Analysis for Medtronic
BCG Matrix
Medtronic is a multinational organization that specializes in the production of different medical devices. The company has different Strategic Business Units (SBU) that are also known as departments. The departments are divided depending on the roles being played, and these are what that determines that amount of finances that will be invested in the department. The reason is that the different roles earn profits or .
The document discusses bioprinting patents and intellectual property issues. It notes that while bioprinting techniques have been patented for years, the patenting of bioprinted tissues and organs is more limited as they lack expression, ornamental features, or source of origin. Utility patents provide the best protection for bioprinting innovation, though patents are difficult to obtain and enforce. Regulatory approval for bioprinted tissues is also expensive and time-consuming, providing little incentive for development without patent protection. The article examines patents covering the three phases of bioprinting and exceptions for experimental use.
This document discusses the role of information technology in pharmacy. It begins by defining information technology and pharmacy informatics. It explains that IT systems automate manual work in the pharmaceutical industry and aid in efficiency, accuracy, and decision making through various software programs. The document highlights the importance of IT in providing time savings, reducing costs, aiding research, and preventing medication errors. It then explores several technologies including 3D printing, which can be used to create customized drug doses; nanotechnology for targeted drug delivery and detection of medication adherence; and mHealth sensors in smartphones and devices that can remotely monitor patients for clinical research studies.
Merck is facing losing patents on some major drugs like Vasotac and Mevacor. Possible solutions are mergers or focusing on innovation. Merck's new product process was previously slow to respond to competitors, but it now develops cross-functional teams early in the process. Developing specialized patented drugs helps Merck capture new markets. However, drug development faces risks if products fail trials or competitors launch first. The pharmaceutical industry faces challenges like patent expirations and increasing drug resistance. Porter's five forces analysis shows barriers to entry are high in pharmaceuticals due to R&D costs and required scale, while buyers have significant bargaining power.
1) The document discusses various technologies that are helping the pharmaceutical industry, including those related to drug discovery, development, delivery, manufacturing, and marketing.
2) It provides examples of promising technologies like polymorph screening and supercomputing in drug discovery that can help drug development.
3) New technologies in areas like microdosing in clinical trials, nanotechnology for drug delivery, and process analytical technology in manufacturing are discussed that can help reduce costs and timelines for pharmaceutical companies.
The key technological advances in assay development in recent years have been the use of magnetic microspheres and polymer beads as the solid phase in automated immunoassays. This has enabled automation, faster reactions, increased sensitivity, and shorter assay times. Magnetic beads and polymer beads allow assays to work in three dimensions, dramatically increasing surface area and sensitivity compared to traditional ELISAs or coated tubes. IVD manufacturers must consider factors like accuracy, reproducibility, stability, and ease of adaptation when developing assays for instrument systems. Forming collaborations with academic researchers is important for assay development to help discover new biomarkers and opportunities to add new tests.
Pfizer, GE Healthcare, Novartis Pharma and Boehringer-Ingelheim Pharma Confir...Torben Haagh
油
This document advertises an international conference on implementing the IDMP standards for pharmaceutical data. The conference will be held in Berlin in June 2015 and will provide opportunities to:
1) Learn how to assess data requirements and analyze interpretations of the IDMP standards from experts;
2) Benchmark your organization's IDMP implementation process with peers from large and mid-size pharmaceutical companies; and
3) Share insights on how the IDMP standards are changing interactions between IT systems, company functions, and regulatory agencies.
Interactive workshops and case studies from major pharmaceutical companies will also be provided. The conference aims to help companies understand, prioritize, and implement strategies to achieve seamless and fully compliant regulatory information management under the new ID
Meet GE Healthcare, Pfizer, Novartis Pharma, Boehringer-Ingelheim Pharma and ...Torben Haagh
油
The leading European conference on the topic of IDMP Implementation - Impact on Data, Systems and Processes is due to take place in Berlin from 24 25 June 2015. Don't miss your chance to hear expert presentations, take part in interactive workshops and meet with IDMP experts from around the world including participation from:
Pfizer Inc. Boehringer-Ingelheim Pharma GmbH & Co. KG F. Hoffmann-La Roche Ltd. Marr Consultancy Ltd GE Healthcare A.E.Tiefenbacher GmbH & Co. KG Bundesinstitut f端r Arzneimittel und Medizinprodukte Bundesverband der Arzneimittel-Hersteller e.V. MEDA Pharma GmbH & Co. KG Mylan EPD, Inc. Janssen Pharmaceuticals, Inc. Novartis Pharma AG and many more.
There are now limited places available, so make sure you secure your conference ticket today! Learn more here:
http://bit.ly/_Agenda-
Innovation In Pharmaceutical Tablet ManufacturingReyaz007
油
This document discusses innovation in pharmaceutical tablet manufacturing, including the use of 3D printing. It begins by defining different unit operations used in tablet manufacturing like wet granulation, dry granulation, and direct compression. It then discusses the categories of innovation - evolutionary and revolutionary. The document focuses on how 3D printing is revolutionizing the pharmaceutical industry by allowing for customized drugs doses and testing on human tissues. It provides examples of companies using 3D printing to produce drugs and discusses the advantages this method provides.
This industrial visit report summarizes a visit by pharmacy students to The Madras Pharma facility in Chennai, India. The report provides details about the company's manufacturing capabilities and departments visited including production, quality control, and packaging. It notes that students observed manufacturing processes, had their questions answered by company personnel, and gained practical knowledge to strengthen their theoretical classroom learning. The industrial visit was considered a valuable learning experience for the students.
DASH: A C++ PGAS Library for Distributed Data Structures and Parallel Algorit...Menlo Systems GmbH
油
DASH is a C++ PGAS library that provides distributed data structures and parallel algorithms. It offers a global address space without a custom compiler. DASH partitions data across multiple units through various distribution patterns. It supports distributed multidimensional arrays and efficient local and global access to data. DASH includes many parallel algorithms ported from STL and supports asynchronous communication. It aims to simplify programming distributed applications through its data-oriented approach.
A Multidimensional Distributed Array Abstraction for PGAS (HPCC'16)Menlo Systems GmbH
油
DASH is a C++ template library that offers distributed data structures and parallel algorithms for PGAS programming without a custom compiler. It provides a unified access to local and remote data through a global address space. DASH contains multidimensional distributed arrays, lists, maps and other containers, and growing set of parallel algorithms like fill, copy, reduce that also work on multidimensional ranges. It achieves portable efficiency through algorithms like SUMMA for matrix multiplication that leverage high performance libraries like Intel MKL. Benchmarks show DASH outperforms equivalent functions in ScaLAPACK, PLASMA and Intel MKL.
This document outlines a chapter on socialization from the Royal University of Phnom Penh. It discusses the process of socialization and how it occurs from a young age through childhood and into adulthood. Socialization involves learning the customs, attitudes and values of one's culture through both formal and informal education. It examines several theories of socialization, including how children develop a sense of self through interacting with others and imagining how they appear, as well as learning to take on social roles. Socialization is crucial for healthy development and occurs through interactions with family, teachers, and society.
The document summarizes two models of second language acquisition: the competition model and connectionist approaches. The competition model assumes language learning involves mapping between forms and functions. Connectionist approaches model mental phenomena as interconnected networks, focusing on strengthening associations between stimuli and responses through repeated exposure. Specifically, parallel distributed processing posits that language learning occurs through the simultaneous, parallel processing of multiple linguistic units in the brain, with connection strengths changing based on input frequency and feedback.
The document discusses Michael Long's interactional hypothesis, which is based on Stephen Krashen's input hypothesis. The interactional hypothesis proposes that negotiated interaction between learners and their interlocutors can qualitatively change the nature of the input, facilitating language acquisition. When communication breaks down, interlocutors provide modified input through repetition, confirmation checks, comprehension checks, and clarification requests to aid comprehension. While interaction can help comprehension, it is not solely responsible for acquisition and individual differences are also important factors. The interactional hypothesis perspective has limitations but provides insights applicable for language teaching.
Expressing and Exploiting Multi-Dimensional Locality in DASHMenlo Systems GmbH
油
DASH is a realization of the PGAS (partitioned global address space) programming model in the form of a C++ template library. It provides a multidimensional array abstraction which is typically used as an underlying container for stencil- and dense matrix operations.
Efficiency of operations on a distributed multi-dimensional array highly depends on the distribution of its elements to processes and the communication strategy used to propagate values between them. Locality can only be improved by employing an optimal distribution that is specific to the implementation of the algorithm, run-time parameters such as node topology, and numerous additional aspects. Application developers do not know these implications which also might change in future releases of DASH.
In the following, we identify fundamental properties of distribution patterns that are prevalent in existing HPC applications.
We describe a classification scheme of multi-dimensional distributions based on these properties and demonstrate how distribution patterns can be optimized for locality and communication avoidance automatically and, to a great extent, at compile time.
Pulmorphix Limited is a start-up company from Liverpool John Moores University (LJMU). Weve developed what we believe is the worlds first lung biosimulator a device that replicates the conditions deep in the human lung.
Weve already secured a 贈82,000 grant from the Technology Strategy Board, the UK Governments innovation agency.
As well as de-risking the project for investors, we think this is a big vote of confidence both for our technology and our ability to bring it successfully to market.
The Board described the lung biosimulator as highly innovative and potentially disruptive, and agreed with us that there is a significant unmet need within the pharmaceutical industry.
Using this technology, Pulmorphix intends to offer a commercial testing service to give drug developers a reliable way of understanding how their drugs will behave when inhaled.
Platform technologies can improve efficiency and quality in drug development by leveraging prior knowledge for new molecules. The basic idea is that a platform, combined with a risk-based approach, provides the most systematic method to do this. Such platforms also enable continuous improvement by adding data from each new molecule. Examples of platform technologies include medical devices, drug delivery systems using approaches like nanotechnology, microspheres, liposomes, hot melt extrusion, and sustained release formulations. These platforms aim to enhance safety, efficacy, targeting, and patient convenience.
What were they trying to achieveIn 1991, DIA attempted to rem.docxphilipnelson29183
油
What were they trying to achieve?
In 1991, DIA attempted to remodel and upgrade the arduous, time-consuming luggage check-in and transfer system. The idea involved bar-coded tags being fixed to each piece of luggage that went through Destination Coded Vehicles. This would fully automate all baggage transfers, integrate all three terminals, and reduce aircraft turn-around time significantly.
Why did they fail?
The main cause of failure was the scope creep of quality and cost schedule. When the company DIA was contracted to help in BAEs project, they failed to meet the time schedule of the company. They instead stuck to their schedule of two years. The management took unnecessary risked because the project was underscored yet the management took unnecessary risks. Another item in their agenda which the company ignored: the company ignored the airlines planning sessions and omitted the airline as a stakeholder. The project, as a result, featured oversized sports/ski equipment luggage and separate maintenance track and another track was not designed at all. The large part of the system was not done and had to be redone. This made the airport to be delayed by 16 months and has had a loss of $2 billion were incurred as a result. The project was later scrapped.
Lesson learned in the project is stakeholder engagement in project management. From the project management principles, the two companies failed to communicate to one another during the project until it was too late. Communication is one of the pillars in for project success. Another mistake which DIA committed was failing to plan and consult regularly.
References
Hartmann, T., & Spit, T. (2016). Legitimizing differentiated flood protection levelsConsequences of the European flood risk management plan. Environmental Science & Policy, 55, 361-367.
Benson, D., Lorenzoni, I., & Cook, H. (2016). Evaluating social learning in England flood risk management: An individual-community interactionperspective. Environmental Science & Policy, 55, 326-334.
Chan, M. J., Huang, Y. B., Wen, Y. H., Chuang, H. Y., Tain, Y. L., Wang, Y. C. L., & Hsu, C. N. (2015). Compliance with risk management plan recommendations on laboratory monitoring of antitumor necrosis factor-留 therapy in clinical practice. Journal of the Formosan Medical Association.
Running head: BCG MATRIX COMPETITIVE ANALYSIS FOR MEDTRONIC 1
BCG MATRIX COMPETITIVE ANALYSIS FOR MEDTRONIC 2
BCG Matrix Competitive Analysis for Medtronic
Tyrell S Grant
BCG Matrix Competitive Analysis for Medtronic
BCG Matrix
Medtronic is a multinational organization that specializes in the production of different medical devices. The company has different Strategic Business Units (SBU) that are also known as departments. The departments are divided depending on the roles being played, and these are what that determines that amount of finances that will be invested in the department. The reason is that the different roles earn profits or .
The document discusses bioprinting patents and intellectual property issues. It notes that while bioprinting techniques have been patented for years, the patenting of bioprinted tissues and organs is more limited as they lack expression, ornamental features, or source of origin. Utility patents provide the best protection for bioprinting innovation, though patents are difficult to obtain and enforce. Regulatory approval for bioprinted tissues is also expensive and time-consuming, providing little incentive for development without patent protection. The article examines patents covering the three phases of bioprinting and exceptions for experimental use.
This document discusses the role of information technology in pharmacy. It begins by defining information technology and pharmacy informatics. It explains that IT systems automate manual work in the pharmaceutical industry and aid in efficiency, accuracy, and decision making through various software programs. The document highlights the importance of IT in providing time savings, reducing costs, aiding research, and preventing medication errors. It then explores several technologies including 3D printing, which can be used to create customized drug doses; nanotechnology for targeted drug delivery and detection of medication adherence; and mHealth sensors in smartphones and devices that can remotely monitor patients for clinical research studies.
Merck is facing losing patents on some major drugs like Vasotac and Mevacor. Possible solutions are mergers or focusing on innovation. Merck's new product process was previously slow to respond to competitors, but it now develops cross-functional teams early in the process. Developing specialized patented drugs helps Merck capture new markets. However, drug development faces risks if products fail trials or competitors launch first. The pharmaceutical industry faces challenges like patent expirations and increasing drug resistance. Porter's five forces analysis shows barriers to entry are high in pharmaceuticals due to R&D costs and required scale, while buyers have significant bargaining power.
1) The document discusses various technologies that are helping the pharmaceutical industry, including those related to drug discovery, development, delivery, manufacturing, and marketing.
2) It provides examples of promising technologies like polymorph screening and supercomputing in drug discovery that can help drug development.
3) New technologies in areas like microdosing in clinical trials, nanotechnology for drug delivery, and process analytical technology in manufacturing are discussed that can help reduce costs and timelines for pharmaceutical companies.
The key technological advances in assay development in recent years have been the use of magnetic microspheres and polymer beads as the solid phase in automated immunoassays. This has enabled automation, faster reactions, increased sensitivity, and shorter assay times. Magnetic beads and polymer beads allow assays to work in three dimensions, dramatically increasing surface area and sensitivity compared to traditional ELISAs or coated tubes. IVD manufacturers must consider factors like accuracy, reproducibility, stability, and ease of adaptation when developing assays for instrument systems. Forming collaborations with academic researchers is important for assay development to help discover new biomarkers and opportunities to add new tests.
Pfizer, GE Healthcare, Novartis Pharma and Boehringer-Ingelheim Pharma Confir...Torben Haagh
油
This document advertises an international conference on implementing the IDMP standards for pharmaceutical data. The conference will be held in Berlin in June 2015 and will provide opportunities to:
1) Learn how to assess data requirements and analyze interpretations of the IDMP standards from experts;
2) Benchmark your organization's IDMP implementation process with peers from large and mid-size pharmaceutical companies; and
3) Share insights on how the IDMP standards are changing interactions between IT systems, company functions, and regulatory agencies.
Interactive workshops and case studies from major pharmaceutical companies will also be provided. The conference aims to help companies understand, prioritize, and implement strategies to achieve seamless and fully compliant regulatory information management under the new ID
Meet GE Healthcare, Pfizer, Novartis Pharma, Boehringer-Ingelheim Pharma and ...Torben Haagh
油
The leading European conference on the topic of IDMP Implementation - Impact on Data, Systems and Processes is due to take place in Berlin from 24 25 June 2015. Don't miss your chance to hear expert presentations, take part in interactive workshops and meet with IDMP experts from around the world including participation from:
Pfizer Inc. Boehringer-Ingelheim Pharma GmbH & Co. KG F. Hoffmann-La Roche Ltd. Marr Consultancy Ltd GE Healthcare A.E.Tiefenbacher GmbH & Co. KG Bundesinstitut f端r Arzneimittel und Medizinprodukte Bundesverband der Arzneimittel-Hersteller e.V. MEDA Pharma GmbH & Co. KG Mylan EPD, Inc. Janssen Pharmaceuticals, Inc. Novartis Pharma AG and many more.
There are now limited places available, so make sure you secure your conference ticket today! Learn more here:
http://bit.ly/_Agenda-
Innovation In Pharmaceutical Tablet ManufacturingReyaz007
油
This document discusses innovation in pharmaceutical tablet manufacturing, including the use of 3D printing. It begins by defining different unit operations used in tablet manufacturing like wet granulation, dry granulation, and direct compression. It then discusses the categories of innovation - evolutionary and revolutionary. The document focuses on how 3D printing is revolutionizing the pharmaceutical industry by allowing for customized drugs doses and testing on human tissues. It provides examples of companies using 3D printing to produce drugs and discusses the advantages this method provides.
This industrial visit report summarizes a visit by pharmacy students to The Madras Pharma facility in Chennai, India. The report provides details about the company's manufacturing capabilities and departments visited including production, quality control, and packaging. It notes that students observed manufacturing processes, had their questions answered by company personnel, and gained practical knowledge to strengthen their theoretical classroom learning. The industrial visit was considered a valuable learning experience for the students.
Welcome to the M Lab Collaboration Centers where customers can use non-GMP lab spaces to operate equipment, evaluate processes and receive real-time technical support without disrupting production.
Plan your visit: www.merckmillipore.com/mlab
The healthcare ecosystem is rapidly changing as it transitions to Pharma 3.0. In the past year, pharmaceutical companies have expanded their Pharma 3.0 initiatives by 78%, with nearly half of all initiatives launched in 2010 alone. However, pharmaceutical companies are still investing much less in Pharma 3.0 business model innovation than non-traditional players, who have invested an estimated $20 billion. The ecosystem has also grown more complex, as initiatives have expanded across more disease areas, technologies, and stages of care. The rapid rise of mobile health apps, especially smartphone apps, has been a major driver of new Pharma 3.0 initiatives. However, pharmaceutical investment in Pharma 3.0 remains far below what is needed
Innovative nutraceutical delivery systems & r&d capability 2014 2015Umang Budhraja
油
Umang provides innovative encapsulation and drug delivery solutions including micro pellets, hotmelt extrusion, sustained release pellets, enteric coated pellets, porous spheres, cut films, mouth dissolving films, and transdermal patches. With over 32 years of experience, Umang offers customized solutions for clients' product lifecycles from development to commercial manufacturing. Key benefits include enhanced bioavailability, controlled release profiles, taste masking, and abuse resistance.
2. case studies
JiM VaUghan, Vice President and general Manager of 3m Drug Delivery Systems Division,
discusses some of the manufacturing challenges in the life-cycle of a product and bringing a new
2 product to market
Manufacturing
Ph: What delivery options does 3M Drug De- body. additionally, we have developed a hollow pharmaceutical firms in emerging markets, helping
livery Systems currently offer, and what are the microstructured transdermal system that allows liq- them develop their drugs into our dosage forms.
key advantages and applications of each? uid forms of these drugs to be delivered, which will We are seeing many new small, research-driven
JV: 3Ms chief drug delivery technologies are in further expand the range of medications that can pharmaceutical companies, particularly in asia,
the areas of inhalation and transdermal delivery. be delivered transdermally, which is a very exciting thanks to the increasing level of scientific talent
inhalation drug delivery is very popular for the innovation. Those are the two main areas in drug outside of america and the u.K., and we consider
treatment of conditions such as asthma, chronic delivery systems that we focus on at 3M. these companies to be important partners in our
Obstructive Pulmonary disease, and other diseases offerings to new markets. We can also provide assis-
of the respiratory tract. 3M has a history of over 50 Ph: Emerging markets are presenting im- tance with navigating regulatory requirements as
years in the inhalation category, and our contribu- portant opportunities in the pharmaceutical larger firms look to expand into new territories, as
tions include the development of the first metered- industry. What is 3M doing to position itself in well as provide manufacturing services to produce
dose inhaler and the first cfc- free propellant this area? the large volumes necessary to help companies
pressurized Metered-dose inhaler, autohaler, and JV: 3M, as you know, is a big multinational firm; meet the demand for their products.
some novel valves and adaptors that we have to we are in many countries. as the world gets smaller
offer to our customers. and countries are generating more wealth, emerg- Ph: Bringing a new product to market involves
as we know, inhalation has fundamental ing markets are investing more in helping people significant work beyond pairing the drug and
advantages for respiratory diseases, due to the fact have healthier, and hopefully longer, lives. This is the delivery system. Manufacturing is a signifi-
that it is target-specific. drugs that are adminis- important to drug delivery systems, because un- cant challenge as well. What additional services
tered by inhalation minimize systemic absorption fortunately with industrialization comes pollution, does 3M offer to customers, and how can out-
and adverse effects compared with drugs that must bringing with it an increase in disease states. Our sourcing those services benefit companies?
travel through the gastrointestinal tract. inhala- delivery systems help relieve those disease states JV: Most people are familiar with tablets and cap-
tion is a growing market and it continues to evolve with the right drugs, allowing people to have a bet- sules, and those are the predominant dosage forms
and expand to larger molecules, such as proteins ter quality of life. for delivering drugs that we know today. Because
and peptides. We believe that inhalation has the These systems include inhalers for asthma of that, many pharmaceutical companies already
potential to become the delivery route of choice and chronic Obstructive Pulmonary disease, have the equipment to manufacture those dosage
for a wide variety of therapies, for both local and along with the transdermal delivery systems for a forms. However, when a company finds a drug
systemic drug delivery. variety of molecules. These platforms enable ef- that is good for respiratory treatmentchronic
applications for transdermal therapies are ficient administration of drugs to treat some of the Obstructive Pulmonary disease or allergies, and so
expanding rapidly. 3M has been in the sticky- most common diseases that arise with increasing on and they believe that the best way to deliver
stuff within the transdermal area for over 30 years industrialization. additionally, they also enable fast the drug is through the lungs using either dry
both in the formulation and development, as delivery of vaccines, an important component of powder inhalation or metered-dose inhalers, many
well as expertise in films and adhesives. currently improving public health in emerging markets. firms do not have that infrastructure, equipment
we offer transdermal systems and components for an important consideration when developing or knowledge to manufacture those dosage forms.
small molecules, proteins or peptides. drugs for emerging markets is the issue of trans- This is where 3M can help. We have a reach and the
transdermal delivery has a number of advan portation and storage. a key advantage of 3Ms ability to produce for our customers needs, with
tages over other routes of administration, includ- micro replicated system is that we have seen sev- facilities to manufacture inhalers in the u.s., the
ing its ability to avoid the first-pass metabolic eral molecules that we can manufacture and then u.K. and south america. additionally, we have the
effects of the liver. it also provides steady, sus- dry onto the microneedles in such a manner that capability of developing those dosage forms in our
tained release of the drug, and helps ensure the drug doesnt require cold storage. if you can laboratories in singapore, the u.s. and the u.K.
compliance. 3M has developed a method of solid eliminate the need for cold storage, the distribu- 3Ms inhalation manufacturing capabili-
microstructuredtransdermalsystemmicroneedle tion and access to that drug or that dosage form can ties include both pressure-fill and cold-fill for
delivery that expands the range of medications that be widened quickly, because it can be distributed a metered-dose inhaler manufacturing, and we can
can be delivered transdermally to patients, using lot faster, and less expensively. also provide custom micronizing or particle size re-
biocompatible, polymeric microneedles to bypass On top of our dosage platforms, 3M has manu- duction to obtain particles in the respirable range.
the barrier properties of the stratum corneum facturing and research and development facilities additionally, we have filling capabilities for projects
and deliver previously undeliverable molecules, in most regions around the world, and we have just in sizes ranging from clinical to commercial supply.
including vaccines, proteins and peptides into the opened a brand new laboratory in singapore. These 3M is one of the only Mdi component suppliers to
locations give us the ability to work with many manufacture both valves and canisters, so we can
20/20 Pharma
3. case studies
3
Manufacturing
optimize these components simultaneously with customize and meet their requirements. in addition pharmaceutical firm partners the greatest value in
the convenience of a single source, which helps to manufacturing, we offer services including contract manufacturing services.
ensure their compatibility. analytical work, regulatory help and compilation of
Likewise with transdermal delivery, 3M offers documents for submission to get a drug approved. Ph: Life cycle management is an important
manufacturing services for the transdermal sys- We offer a full spectrum of services to assist our part of the pharmaceutical business. how does
tems and components, which include backings, customers in getting their drugs registered and 3M work with customers to address life cycle
membranes, liners and tapes. We are able to assist ready for approval, distribution and sales. We use management needs?
with transdermal manufacturing needs, includ- this partnership approach to help assure a smooth JV: as we know, the continuing increase in prod-
ing aqueous and solvent coating, converting and process from start to finish, which can help im- uct development costs means pharmaceutical
packaging. as with inhalation, our transdermal prove a products chances for success. companies are under increasing pressure to find
manufacturing facilities are capable of handling Manufacturing is a service at which we are ways to increase revenues from existing marketed
capacities ranging from lab scale, pilot scale or well-practiced. 3M is very experience in manu- fac- products, and also to ensure protection from sales
commercial scale. We have an extensive array of turing thousands of products for sale in more than erosion after the launch of generic equivalents.
scientists who bring over 30 years of experience in 60 countries, and we also have the network and Many companies have found that delivering exist-
this area. infrastructure to handle even the most complex ing molecules via new delivery routes can improve
By working with 3M for their manufactur- supply chains. Our 50-year track record of compli- patient compliance, or the drugs overall thera-
ing needs, pharmaceutical firms can be assured of ance with multiple global regulatory bodies, includ- peutic benefits. reformulating drugs for delivery
reliable product delivery with our expert supply ing the fda, can give our pharmaceutical partners via the lungs or through transdermal means can
chain management and global facilities that are additional peace of mind. sometimes result in improvements to the current
current good manufacturing practice compliant, as these points illustrate, by combining our dosage form and response in the patients, including
as well as capable of large scale production. We use formulation expertise, state-of-the-art technology, fewer side effects, greater and/or faster onset of
a collaborative approach to planning and execu- and our strict compliance to regulatory guidelines action and also longer action. This reformulation
tion, and we work very closely with our partners to with multiple filling capabilities, 3M can provide its can be undertaken both as a method of life cycle
20/20 Pharma
4. case studies
a kEy aDVanTagE oF 3mS miCro
4
rEPLiCaTED SySTEm iS ThaT wE
haVE SEEn SEVEraL moLECuLES
Manufacturing
ThaT WE CAn MAnUFACTURE AnD
THEn DRy onTo THE MICRonEE-
DLES In SUCH A MAnnER THAT THE
DRUg DoESnT REqUIRE CoLD
SToRAgE.
management or as a general improvement to the and this is an area in which 3Ms manufacturing transdermal systems can lower costs in shipping
drug to help with issues such as compliance, side services can be helpful. another effective way of and storing, and total delivery costs will be signifi-
effects and so on. controlling costs is to reduce a new drugs time to cantly lower.
from a commercial perspective, formulating market, and this can be achieved by making certain furthermore, in terms of pharmaco econom-
drugs for new delivery routes can extend the life a firm has the necessary chemistry, manufacturing ics, using inhalation or transdermal delivery to
of successful products and also protect them from and controls system data packages to allow fast allow patients to self-administer medications is a
generic substitution. alternatively, it may enable approval through the regulatory bodies. With 3Ms much more cost-effective method of delivery than
pharmaceutical companies to enter a new market experience of over 50 years in the industry, we having professional healthcare providers delivering
utilizing their existing technologies or by partner- have a record of approval the first time through for injections.
ing with drug delivery companies to enter a mar- regulatory bodies for both inhalation and transder- We understand that the challenging economy
ket of strategic importance. to help our customers mal dosage forms. and were proud to say we have has caused both healthcare companies and
determine if their candidate molecules may be suit- gained approval the first time through in our last consumers to examine the value of the services
able for transdermal, inhalation or nasal drug deliv- three submissions. This kind of efficiency can be a available to them, and we are confident that 3M can
ery, 3M offers a free-of-charge, no obligation paper significant help in controlling costs. offer increased efficiency and value to both groups.
feasibility service which explores the likelihood of another aspect of cost controls is in dosage By providing pharmaceutical firms with a range of
a products success using these delivery routes. forms, and 3Ms offerings can play a role here as services to help them develop new delivery meth-
well. specifically, a metered-dose inhaler is one of ods, gain approval, and manufacture their products,
Ph: Controlling costs is an important issue in the cheapest dosage forms per dose that you can we can help them reduce their time to market
the pharma industry and healthcare in general. administer to a patient. Likewise, with transdermal and increase their internal efficiency. and in the
how does 3M help its customers address delivery systems some drugs can be developed in range of our delivery systems, we are helping offer
this challenge? a seven-day patch, which is a very cost-effective patients cost-effective and precise dosing of drugs
JV: One of the most effective ways for pharma- way of delivering certain medicines to the patient. that can allow them to efficiently self-administer
ceutical companies to control costs is to reduce the additionally, as previously discussed, the ability to their medications.
amount of money that they have in manufacturing, eliminate cold storage for some microstructured
JimVaughn became Vice President and general manager of 3m Drug Delivery Systems Division (DDSD) in 2007,
having held the general manager position since 2005. Prior to his present appointment, he served in Europe as Busi-
ness Director for Pharma- ceuticals & DDSD, and prior was Business Director for Personal Care Division. in his 33 year
tenure with 3m, mr. Vaughans various positions in the company include Technical and manufacturing manager for 3m
Selvi Pharmaceuticals, italy; Quality assurance manager; Plant manager for northridge, Calif., u.S.; Supply Chain man-
ager for DDS, and general Sales & marketing manager for Europe.
20/20 Pharma