This document discusses innovation and pre-clinical development in Brazil. It outlines characteristics of innovative countries, recent advances in science and technology in Brazil, and the growth of post-graduate programs. It then discusses the importance of pre-clinical studies like toxicology, pharmacokinetics, safety pharmacology, and local tolerance to support clinical trials. Finally, it introduces the Centre of Innovation and Pre-Clinical Studies, which aims to conduct pre-clinical research, support pharmaceutical development, and contribute to generating national competence in drug innovation.
Pbio Investor Presentation Global Online Growth Conference - Oct 2016RedChip Companies, Inc.
This investor presentation discusses Pressure BioSciences, Inc. (PBIO), a company that develops and sells instruments and consumables for biological sample preparation using pressure cycling technology (PCT). The presentation provides an overview of PBIO's business, leadership, financials, and growth opportunities. Key points include PBIO having over 275 PCT systems installed, generating $1.8 million in revenue in 2015, closing a $5 million investment to strengthen its balance sheet, and partnering with SCIEX, a leader in mass spectrometry, to co-market PCT sample preparation solutions. The presentation outlines PBIO's focus on the estimated multi-billion dollar markets for sample preparation and mass spectrometry and its goal to achieve
This presentation summarizes Islet Sciences' strategy to address diabetes through early diagnosis, protection of insulin-producing cells, and transplantation of encapsulated porcine islets. Key points include developing a diagnostic test to detect beta cell DNA in blood to identify diabetes at an early stage, using Lysofylline to protect insulin cells from immune attack, and transplanting encapsulated pig islets to treat diabetes without immunosuppression. The company has partnerships with academic institutions and received grants to support its work. Financial statements show $3.5M in assets and $4.3M in liabilities as of January 2015.
Challenges for drug development jsr slides aug 2013CincyTechUSA
This document discusses the challenges facing the pharmaceutical industry in drug development in the 21st century. It notes that R&D productivity has remained flat despite increased spending. Factors like the patent cliff, rising healthcare costs, and increased regulatory demands mean the industry can no longer rely on the blockbuster drug model. Innovation is now focused on targeted therapies for niche markets. Pharmacologists must guide drug development to demonstrate a new drug's safety, efficacy, and economic value in order to gain approval and reimbursement.
Overcoming challenges in Drug DevelopmentCharles Oo
This document outlines strategies for overcoming challenges in drug development. It discusses the current long and expensive drug development process, as well as growing regulatory hurdles. It argues that innovation is needed, including open innovation models, a shift to personalized medicine, balancing drug toxicity and safety, leveraging technological advances like biomarkers, and using adaptive clinical trial designs. The key message is that new approaches are required to reduce costs, cycle times, and failure rates in drug development.
Re-Engineering Early Phase Cancer Drug Development: Decreasing the Time from ...mconghuyen
The document summarizes efforts to decrease the time required to develop novel cancer therapeutics from target identification to clinical use. It describes how most oncology drugs fail in late stages of development, particularly phases 2 and 3, due to lack of efficacy. To address this, the National Cancer Institute has created programs like the Experimental Therapeutics Program and Chemical Biology Consortium to streamline the discovery and development process. This includes providing resources from target validation through early clinical trials to support academic and biotech projects focusing on areas of unmet medical need. The goal is to rapidly translate discoveries into treatments to benefit public health.
The document discusses the process and costs associated with drug development. It notes that the average cost to develop a new drug is $350 million to $5.5 billion and the process takes 6.5-7 years from discovery to approval. Key barriers to drug development include high financial costs, lengthy timelines for clinical trials, and regulatory hurdles. Approaches to reduce costs and timelines include greater use of electronic health records, simplifying clinical trial protocols, and utilizing decentralized clinical trial models.
Oncoceutics leerink global healthcare 2015oncoceutics
- Oncoceutics has discovered a novel class of compounds called ONC201 that shows compelling efficacy against aggressive and refractory tumors in preclinical studies.
- Phase I/II clinical trials are underway at leading cancer centers to evaluate ONC201's safety and efficacy in hematological malignancies and solid tumors.
- ONC201 engages multiple critical cancer pathways without toxicity, demonstrating potential as a first-in-class therapeutic for treatment-resistant cancers.
Scientia Advisors Impact Of Microarray In M Dx Oct 2008glorikian
The document summarizes a report by Scientia Advisors on the impact of DNA microarrays on molecular diagnostics. It provides an overview of the microarray market for molecular diagnostics, which is currently small but growing rapidly. Key drivers of growth include the ability of microarrays to profile multiple genes and pathways involved in complex diseases like cancer. The document also discusses regulatory requirements, reimbursement challenges, examples of microarray-based diagnostic tests, and emerging array technologies that could increase clinical adoption if assay time, ease of use, and reproducibility are improved.
Pbio Investor Presentation Global Online Growth Conference - Oct 2016RedChip Companies, Inc.
This investor presentation discusses Pressure BioSciences, Inc. (PBIO), a company that develops and sells instruments and consumables for biological sample preparation using pressure cycling technology (PCT). The presentation provides an overview of PBIO's business, leadership, financials, and growth opportunities. Key points include PBIO having over 275 PCT systems installed, generating $1.8 million in revenue in 2015, closing a $5 million investment to strengthen its balance sheet, and partnering with SCIEX, a leader in mass spectrometry, to co-market PCT sample preparation solutions. The presentation outlines PBIO's focus on the estimated multi-billion dollar markets for sample preparation and mass spectrometry and its goal to achieve
This presentation summarizes Islet Sciences' strategy to address diabetes through early diagnosis, protection of insulin-producing cells, and transplantation of encapsulated porcine islets. Key points include developing a diagnostic test to detect beta cell DNA in blood to identify diabetes at an early stage, using Lysofylline to protect insulin cells from immune attack, and transplanting encapsulated pig islets to treat diabetes without immunosuppression. The company has partnerships with academic institutions and received grants to support its work. Financial statements show $3.5M in assets and $4.3M in liabilities as of January 2015.
Challenges for drug development jsr slides aug 2013CincyTechUSA
This document discusses the challenges facing the pharmaceutical industry in drug development in the 21st century. It notes that R&D productivity has remained flat despite increased spending. Factors like the patent cliff, rising healthcare costs, and increased regulatory demands mean the industry can no longer rely on the blockbuster drug model. Innovation is now focused on targeted therapies for niche markets. Pharmacologists must guide drug development to demonstrate a new drug's safety, efficacy, and economic value in order to gain approval and reimbursement.
Overcoming challenges in Drug DevelopmentCharles Oo
This document outlines strategies for overcoming challenges in drug development. It discusses the current long and expensive drug development process, as well as growing regulatory hurdles. It argues that innovation is needed, including open innovation models, a shift to personalized medicine, balancing drug toxicity and safety, leveraging technological advances like biomarkers, and using adaptive clinical trial designs. The key message is that new approaches are required to reduce costs, cycle times, and failure rates in drug development.
Re-Engineering Early Phase Cancer Drug Development: Decreasing the Time from ...mconghuyen
The document summarizes efforts to decrease the time required to develop novel cancer therapeutics from target identification to clinical use. It describes how most oncology drugs fail in late stages of development, particularly phases 2 and 3, due to lack of efficacy. To address this, the National Cancer Institute has created programs like the Experimental Therapeutics Program and Chemical Biology Consortium to streamline the discovery and development process. This includes providing resources from target validation through early clinical trials to support academic and biotech projects focusing on areas of unmet medical need. The goal is to rapidly translate discoveries into treatments to benefit public health.
The document discusses the process and costs associated with drug development. It notes that the average cost to develop a new drug is $350 million to $5.5 billion and the process takes 6.5-7 years from discovery to approval. Key barriers to drug development include high financial costs, lengthy timelines for clinical trials, and regulatory hurdles. Approaches to reduce costs and timelines include greater use of electronic health records, simplifying clinical trial protocols, and utilizing decentralized clinical trial models.
Oncoceutics leerink global healthcare 2015oncoceutics
- Oncoceutics has discovered a novel class of compounds called ONC201 that shows compelling efficacy against aggressive and refractory tumors in preclinical studies.
- Phase I/II clinical trials are underway at leading cancer centers to evaluate ONC201's safety and efficacy in hematological malignancies and solid tumors.
- ONC201 engages multiple critical cancer pathways without toxicity, demonstrating potential as a first-in-class therapeutic for treatment-resistant cancers.
Scientia Advisors Impact Of Microarray In M Dx Oct 2008glorikian
The document summarizes a report by Scientia Advisors on the impact of DNA microarrays on molecular diagnostics. It provides an overview of the microarray market for molecular diagnostics, which is currently small but growing rapidly. Key drivers of growth include the ability of microarrays to profile multiple genes and pathways involved in complex diseases like cancer. The document also discusses regulatory requirements, reimbursement challenges, examples of microarray-based diagnostic tests, and emerging array technologies that could increase clinical adoption if assay time, ease of use, and reproducibility are improved.
The document discusses the stages of clinical drug development, including preclinical testing, Phase I-III trials, and regulatory approval. Preclinical testing assesses safety in animals before human trials. Phase I trials primarily evaluate safety in small human groups. Phase II trials further assess safety and preliminary efficacy. Phase III trials are large-scale, placebo-controlled trials to prove efficacy and long-term safety for regulatory approval. The goal is to advance safely from preclinical to clinical testing and approval.
The document discusses Signals' approach to drug repositioning using big data. It introduces Signals and their product intelligence expertise. Their solution automatically produces and delivers business analytics by collecting, integrating and analyzing big data from open web sources. The presentation discusses the challenges in drug development, need for repositioning, and Signals' evidence-based data model and methodology for characterizing a drug and generating queries to identify novel opportunities for increasing its ROI by detecting similar drugs, modifications, conditions and genomic data.
Endometrial Cancer Global Clinical Trials Review, H2, 2012ReportsnReports
The document provides a 107-page report on endometrial cancer clinical trials in the second half of 2012. It details the number of clinical trials conducted by region, country, phase, status, subjects recruited, and leading sponsors. The report aims to give an overview of the global clinical trial landscape for endometrial cancer and benchmark trial activity and trends over time. It is available for individual purchase at a price of $2,500.
Drug repurposing involves finding new uses for existing drugs to treat rare diseases. It has advantages over developing new drugs including being faster, cheaper, and leveraging existing safety and use data. Opportunities for repurposing can be identified through screening compound libraries, literature mining, and 'omics approaches. A example is using the epilepsy drug sodium valproate identified from screening as a potential treatment for Wolfram syndrome, which is now in clinical trials.
Pre-discovery
Understand the disease
Target Identification
Choose a molecule to target with a drug
Target Validation
Test the target and confirm its role in the disease
Drug Discovery
Find a promising molecule (a “lead compound”)
that could become a drug
This document provides an overview of local biotech companies in Hong Kong Science and Technology Parks (HKSTP). It summarizes 15 diagnostic companies from local universities in HKSTP, including those from Chinese University (CUHK), University of Hong Kong (HKU), University of Science and Technology (UST), and Hong Kong Baptist University (HKBU). It highlights several local high-fliers, including Prof. Dennis Lo from CUHK who founded Arbele and Xcelom, and Prof. Michael Yang from CityU who founded Multigene Diagnostics and Genetel Pharmaceuticals. It also discusses trends in personalized medicine, obstacles, and examples of novel designs and a start-up biotech company to illustrate
This document provides an overview of careers in drug discovery and development. It discusses the multi-stage process of discovering new drugs, from identifying drug targets through clinical trials and regulatory approval. The document notes that drug development is a highly time-intensive and costly process involving many disciplines. It also aims to dispel common myths about careers in the pharmaceutical industry, emphasizing that industry scientists have opportunities for publication, innovation, and interesting work.
2016 11-17 Oncology by design 2016 course, Amsterdam, Alain van GoolAlain van Gool
Lecture on the the role of biomarkers in oncology drug development, given to a group of pharmaceutical industry specialists, in tandem with a lecture on oncology companion diagnostics given by Martina Kaufmann.
2014 09-10 ACI biomarker utilisation & commercialisation, LondonAlain van Gool
This document summarizes a presentation given by Professor Alain van Gool on biomarkers in personalized healthcare. It discusses the evolving role of biomarkers from diagnosis to personalized medicine. It provides examples of how biomarkers help target melanoma treatment and analyze the complex system of metabolic health and disease. The presentation argues for a systems approach combining pharmaceutical, nutritional and lifestyle therapies informed by biomarkers.
The document summarizes the process of bringing a new drug to market. It involves pre-clinical research for 4.5 years, clinical trials for 5 years, and seeking FDA approval for 2.5 years, for a total of 12 years. The estimated total cost is $800 million, including $335 million for pre-clinical research and $465 million for clinical trials and FDA approval. The process involves research and development teams, management, doctors, pharmacists, and clinical trial subjects working towards milestones of IRB proposal and approval, completing the three phases of clinical trials, and ultimately obtaining FDA approval to release the new drug to the market.
Introduction to the drug discovery processThanh Truong
This document discusses the drug discovery process from target identification through FDA approval. It describes methods used for target identification such as genomics, bioinformatics, and proteomics. The stages of lead identification through high-throughput screening and structure-based drug design are outlined. Key aspects of lead optimization like characterizing potency, efficacy, pharmacokinetics, and toxicity are summarized. Details are provided on preclinical and clinical trial phases from Phase 0 through Phase IV post-marketing surveillance. Factors contributing to the declining drug approval rate like increased safety demands are noted. The high costs and failure rates associated with drug development are highlighted.
Indications discovery and drug repurposingSean Ekins
The document discusses using collaborative drug discovery software and databases to facilitate drug repositioning efforts for rare and neglected diseases. It provides an example of how the Collaborative Drug Discovery platform was used to share data and enable screening partnerships between multiple academic and industry groups working on tuberculosis. The document also summarizes research that identified over 100 molecules by screening approved drugs for new activities in vitro, finding some drugs with potential activity against multiple diseases. This highlights opportunities for drug repositioning but challenges of data sharing that collaborative platforms could help address.
ISO 10993-3: Biological Evaluation of Medical Devices - Tests for Genotoxicit...NAMSA
ISO 10993-3: Biological Evaluation of Medical Devices discusses how to identify when genotoxicity, carcinogenicity or reproductive toxicity testing is necessary for a medical device.
Preclinical Development Planning for Emerging Pharma and Biotech FirmsMaRS Discovery District
Part of the MaRS Best Practices Series. Speaker: Valentia Lee-Brotherton, PhD, Ashuren. This session, led by seasoned industry experts, will explore how to effectively set up your pre-clinical POC studies, address pre-clinical safety requirements and issues, and give you an overview of the manufacturing standards required for Phase I studies.
More information: http://www.marsdd.com/Events/Event-Calendar/Best-Practices-Series/ind-05132008.html
Big Data and Analytic Strategy for Clinical ResearchBBCR Consulting
This document discusses how big data and analytics can help simplify clinical research and make trials more cost-effective. It begins by providing context on how Henry Ford revolutionized car manufacturing using specialized machinery and standardized processes. Similarly, big data is creating a radical shift in how research is conducted by enabling the analysis of large and complex datasets. The rest of the document outlines opportunities in areas like personalized medicine, challenges like dealing with diverse and fast-changing data, and how innovation in clinical research design can help address these challenges to develop more targeted treatments.
Basics of Drug Discovery and DevelopmentJhony Sheik
The document outlines the process of drug discovery and development from initial screening of chemicals to determine biological activity through clinical trials and regulatory approval. It notes that of 10,000 initially screened chemicals, only 1 may reach the market place due to the high costs, risks and regulatory hurdles. The key stages discussed are preclinical testing in animals, filing an Investigational New Drug application for human trials, conducting clinical trials in four phases, filing a New Drug Application providing trial results for regulatory review and approval, large-scale manufacturing, and filing an Abbreviated New Drug Application for generic approvals relying on previously approved drugs.
This document describes Dr Warehouse, a proposed biomedical data warehouse designed to facilitate clinical research and improve translational research. Dr Warehouse would integrate both coded and free-text clinical data from multiple sources into a single searchable repository. Key features would include a search engine optimized to identify relevant patient cohorts despite negation and family history context, aggregate data visualization tools, and high-throughput phenotyping of patient cohorts to enrich clinical descriptions. The goal is to enable researchers to easily find eligible patients for studies, gain insights from mining phenotypic data, and close the loop between clinical care and research to accelerate new discoveries.
The document summarizes current trends in cell therapy, including:
1) Attempts to expand hematopoietic stem cells for clinical use have not achieved long-term engraftment, though total CD34+ cells are expanded with benefits.
2) Cord blood banking trends involve improving quality over quantity, and cord blood may be used for non-hematological diseases.
3) Over 3000 patients have been treated safely for heart diseases with cell therapy, and the field is growing rapidly though mechanisms are better understood as trophic rather than differentiation.
this slide share will provide information about drug discovery and development.in this, how the drug is discovered and what type of procedures and instructions followed during discovery and development of a new drug and also give limitations of drug discovery and development process.
Drug Discovery path
Pharma R & D –overview
Discovery & Development
Preclinical research
Clinical Trial
NDA and FDA Approval
Post marketing data
References
This document discusses strategies and best practices for adopting medical technology. It emphasizes the importance of health technology assessment (HTA) and knowledge translation (KT) in facilitating evidence-informed decision making. Key challenges include gaps between research evidence and clinical practice. Strategies proposed include creating timely evidence reviews, using frameworks like Know4Go to evaluate technologies based on criteria like effectiveness and costs, and developing institutional capacity for HTA-informed decisions. Local contextualization, collaboration, training, and clinician champions are seen as important for successful technology adoption.
The document discusses the stages of clinical drug development, including preclinical testing, Phase I-III trials, and regulatory approval. Preclinical testing assesses safety in animals before human trials. Phase I trials primarily evaluate safety in small human groups. Phase II trials further assess safety and preliminary efficacy. Phase III trials are large-scale, placebo-controlled trials to prove efficacy and long-term safety for regulatory approval. The goal is to advance safely from preclinical to clinical testing and approval.
The document discusses Signals' approach to drug repositioning using big data. It introduces Signals and their product intelligence expertise. Their solution automatically produces and delivers business analytics by collecting, integrating and analyzing big data from open web sources. The presentation discusses the challenges in drug development, need for repositioning, and Signals' evidence-based data model and methodology for characterizing a drug and generating queries to identify novel opportunities for increasing its ROI by detecting similar drugs, modifications, conditions and genomic data.
Endometrial Cancer Global Clinical Trials Review, H2, 2012ReportsnReports
The document provides a 107-page report on endometrial cancer clinical trials in the second half of 2012. It details the number of clinical trials conducted by region, country, phase, status, subjects recruited, and leading sponsors. The report aims to give an overview of the global clinical trial landscape for endometrial cancer and benchmark trial activity and trends over time. It is available for individual purchase at a price of $2,500.
Drug repurposing involves finding new uses for existing drugs to treat rare diseases. It has advantages over developing new drugs including being faster, cheaper, and leveraging existing safety and use data. Opportunities for repurposing can be identified through screening compound libraries, literature mining, and 'omics approaches. A example is using the epilepsy drug sodium valproate identified from screening as a potential treatment for Wolfram syndrome, which is now in clinical trials.
Pre-discovery
Understand the disease
Target Identification
Choose a molecule to target with a drug
Target Validation
Test the target and confirm its role in the disease
Drug Discovery
Find a promising molecule (a “lead compound”)
that could become a drug
This document provides an overview of local biotech companies in Hong Kong Science and Technology Parks (HKSTP). It summarizes 15 diagnostic companies from local universities in HKSTP, including those from Chinese University (CUHK), University of Hong Kong (HKU), University of Science and Technology (UST), and Hong Kong Baptist University (HKBU). It highlights several local high-fliers, including Prof. Dennis Lo from CUHK who founded Arbele and Xcelom, and Prof. Michael Yang from CityU who founded Multigene Diagnostics and Genetel Pharmaceuticals. It also discusses trends in personalized medicine, obstacles, and examples of novel designs and a start-up biotech company to illustrate
This document provides an overview of careers in drug discovery and development. It discusses the multi-stage process of discovering new drugs, from identifying drug targets through clinical trials and regulatory approval. The document notes that drug development is a highly time-intensive and costly process involving many disciplines. It also aims to dispel common myths about careers in the pharmaceutical industry, emphasizing that industry scientists have opportunities for publication, innovation, and interesting work.
2016 11-17 Oncology by design 2016 course, Amsterdam, Alain van GoolAlain van Gool
Lecture on the the role of biomarkers in oncology drug development, given to a group of pharmaceutical industry specialists, in tandem with a lecture on oncology companion diagnostics given by Martina Kaufmann.
2014 09-10 ACI biomarker utilisation & commercialisation, LondonAlain van Gool
This document summarizes a presentation given by Professor Alain van Gool on biomarkers in personalized healthcare. It discusses the evolving role of biomarkers from diagnosis to personalized medicine. It provides examples of how biomarkers help target melanoma treatment and analyze the complex system of metabolic health and disease. The presentation argues for a systems approach combining pharmaceutical, nutritional and lifestyle therapies informed by biomarkers.
The document summarizes the process of bringing a new drug to market. It involves pre-clinical research for 4.5 years, clinical trials for 5 years, and seeking FDA approval for 2.5 years, for a total of 12 years. The estimated total cost is $800 million, including $335 million for pre-clinical research and $465 million for clinical trials and FDA approval. The process involves research and development teams, management, doctors, pharmacists, and clinical trial subjects working towards milestones of IRB proposal and approval, completing the three phases of clinical trials, and ultimately obtaining FDA approval to release the new drug to the market.
Introduction to the drug discovery processThanh Truong
This document discusses the drug discovery process from target identification through FDA approval. It describes methods used for target identification such as genomics, bioinformatics, and proteomics. The stages of lead identification through high-throughput screening and structure-based drug design are outlined. Key aspects of lead optimization like characterizing potency, efficacy, pharmacokinetics, and toxicity are summarized. Details are provided on preclinical and clinical trial phases from Phase 0 through Phase IV post-marketing surveillance. Factors contributing to the declining drug approval rate like increased safety demands are noted. The high costs and failure rates associated with drug development are highlighted.
Indications discovery and drug repurposingSean Ekins
The document discusses using collaborative drug discovery software and databases to facilitate drug repositioning efforts for rare and neglected diseases. It provides an example of how the Collaborative Drug Discovery platform was used to share data and enable screening partnerships between multiple academic and industry groups working on tuberculosis. The document also summarizes research that identified over 100 molecules by screening approved drugs for new activities in vitro, finding some drugs with potential activity against multiple diseases. This highlights opportunities for drug repositioning but challenges of data sharing that collaborative platforms could help address.
ISO 10993-3: Biological Evaluation of Medical Devices - Tests for Genotoxicit...NAMSA
ISO 10993-3: Biological Evaluation of Medical Devices discusses how to identify when genotoxicity, carcinogenicity or reproductive toxicity testing is necessary for a medical device.
Preclinical Development Planning for Emerging Pharma and Biotech FirmsMaRS Discovery District
Part of the MaRS Best Practices Series. Speaker: Valentia Lee-Brotherton, PhD, Ashuren. This session, led by seasoned industry experts, will explore how to effectively set up your pre-clinical POC studies, address pre-clinical safety requirements and issues, and give you an overview of the manufacturing standards required for Phase I studies.
More information: http://www.marsdd.com/Events/Event-Calendar/Best-Practices-Series/ind-05132008.html
Big Data and Analytic Strategy for Clinical ResearchBBCR Consulting
This document discusses how big data and analytics can help simplify clinical research and make trials more cost-effective. It begins by providing context on how Henry Ford revolutionized car manufacturing using specialized machinery and standardized processes. Similarly, big data is creating a radical shift in how research is conducted by enabling the analysis of large and complex datasets. The rest of the document outlines opportunities in areas like personalized medicine, challenges like dealing with diverse and fast-changing data, and how innovation in clinical research design can help address these challenges to develop more targeted treatments.
Basics of Drug Discovery and DevelopmentJhony Sheik
The document outlines the process of drug discovery and development from initial screening of chemicals to determine biological activity through clinical trials and regulatory approval. It notes that of 10,000 initially screened chemicals, only 1 may reach the market place due to the high costs, risks and regulatory hurdles. The key stages discussed are preclinical testing in animals, filing an Investigational New Drug application for human trials, conducting clinical trials in four phases, filing a New Drug Application providing trial results for regulatory review and approval, large-scale manufacturing, and filing an Abbreviated New Drug Application for generic approvals relying on previously approved drugs.
This document describes Dr Warehouse, a proposed biomedical data warehouse designed to facilitate clinical research and improve translational research. Dr Warehouse would integrate both coded and free-text clinical data from multiple sources into a single searchable repository. Key features would include a search engine optimized to identify relevant patient cohorts despite negation and family history context, aggregate data visualization tools, and high-throughput phenotyping of patient cohorts to enrich clinical descriptions. The goal is to enable researchers to easily find eligible patients for studies, gain insights from mining phenotypic data, and close the loop between clinical care and research to accelerate new discoveries.
The document summarizes current trends in cell therapy, including:
1) Attempts to expand hematopoietic stem cells for clinical use have not achieved long-term engraftment, though total CD34+ cells are expanded with benefits.
2) Cord blood banking trends involve improving quality over quantity, and cord blood may be used for non-hematological diseases.
3) Over 3000 patients have been treated safely for heart diseases with cell therapy, and the field is growing rapidly though mechanisms are better understood as trophic rather than differentiation.
this slide share will provide information about drug discovery and development.in this, how the drug is discovered and what type of procedures and instructions followed during discovery and development of a new drug and also give limitations of drug discovery and development process.
Drug Discovery path
Pharma R & D –overview
Discovery & Development
Preclinical research
Clinical Trial
NDA and FDA Approval
Post marketing data
References
This document discusses strategies and best practices for adopting medical technology. It emphasizes the importance of health technology assessment (HTA) and knowledge translation (KT) in facilitating evidence-informed decision making. Key challenges include gaps between research evidence and clinical practice. Strategies proposed include creating timely evidence reviews, using frameworks like Know4Go to evaluate technologies based on criteria like effectiveness and costs, and developing institutional capacity for HTA-informed decisions. Local contextualization, collaboration, training, and clinician champions are seen as important for successful technology adoption.
Currently worth a few million dollars, the emerging organs-on-chips market has the potential to become a multi-billion dollar market.
Organs-on-chips: the promise of solving one of the pharmaceutical industry’s major hurdles
Bringing a new drug to market is one of the longest and most costly paths any industry has to walk. Companies start with several thousands of compounds that may have positive effects against a disease or a human condition. More than twelve years and several billion dollars later, if they’re lucky they managed to get one of these compounds onto the market. All the others failed at one stage or another during the drug development process – and the later the failure, the more expensive it is. Current methods – cell culture in petri dishes and animal testing among others – are not predictive enough. Around 90% of drugs that have been validated on these models then fail during clinical trials because of toxicity or lack of efficacy. The pharmaceutical industry therefore needs more predictive tools to make drug candidates fail earlier and cheaper. Other industries where toxicity testing is a major concern, such as cosmetics, agro-food and consumer goods, also need such solutions, in particular because animal testing is now banned for these industries in certain geographical areas. Several options have been envisioned, the most promising of which is certainly organs-on-chips. These combinations of micro-technology and biology reconstitute the physiological and mechanical functions of human organs under the form of micro-engineered devices lined with living cells. Precisely controlled fluid flows combined with mechanical cues and tissue-tissue interfaces enable dynamic models, much more relevant than conventional static cell cultures. As a sign of confidence in this technology, significant funding has been allocated to organs-on-chips developers: DARPA and the NIH respectively awarded $140M and $76M over 5-year periods to support developments. In parallel, technology developers have raised more than $80M since 2012 with investors. In Yole Développement’s report, all the key elements to understand the organs-on-chips landscape are detailed.
For more information, please visit our website: https://www.i-micronews.com/reports.html
Accelerating the translation of medical research - 27 JuneInnovation Agency
Slides from the event focusing on translational research in Liverpool and North of England and why companies are establishing and growing operations in the region.
Neuron Bio D. Juan M. Alfaro - Commercial ManagerFIBAO
NeuronBio is a biotechnology company located in Granada and Madrid, Spain that focuses on drug discovery and development, diagnostics tools, and bioservices. It has over 50 years of combined postdoctoral experience in R&D and has invested over €11 million in R&D. Its vision is to be an international reference in medical biotechnology within the next five years. It has a team of 55 employees and utilizes over 50 technologies for its screening and preclinical platforms.
This presentation by Pressure BioSciences discusses their Pressure Cycling Technology platform for biological sample preparation. Some key points:
- PCT uses ultra-high pressure to break up cell walls and extract biomolecules, achieving better results than mechanical methods.
- The market for biological sample preparation is multi-billion dollars. PCT addresses the need for improved sample prep methods.
- Over 275 PCT systems have been installed at over 150 customer sites. There are over 100 publications highlighting PCT's advantages.
- Recent accomplishments include a co-marketing agreement with SCIEX, a leader in analytical technologies, and sales of their new Barocycler 2320EXTREME system.
MRCT's Centre for Therapeutics Discoverywarwick_amr
The MRCT Centre for Therapeutics Discovery provides early stage drug discovery capabilities to academic and industry partners. It has over 140 staff with expertise in small molecule drug discovery, antibody engineering, and target validation. The Centre aims to progress early scientific discoveries into marketable healthcare products through partnerships. It has a track record of success, with 4 drugs on the market and 7 in clinical trials from past projects. The Centre is seeking new academic and industry partnerships to build its pipeline of around 20 ongoing projects focused on areas of high unmet medical need.
The Pistoia Alliance is examining the challenges of the Faster Safe Companion Diagnostics (CDx) by Aligning Discovery & Clinical Data in the Regulatory Domain.
The slides discuss whether the data standards used in the research environment be aligned better with the data standards used in the regulated environment? If so, the time and cost of the development of NGS-based CDx could be reduced.
This presentation covers:
• Definition of life sciences
• The stages of a therapeutic drugs or vaccines R&D project
• The state of the art
• Regulatory nuances
• Pre-clinical and in the clinic issues
• Future trends
• Challenges and opportunities
• Case studies and examples
Biotechnology is defined as the study and manipulation of living things or their components. Companies develop products in domains like industrial, medical, agricultural, and research. Developing new products is a long process that involves research and development, testing efficacy and safety, and gaining regulatory approval. Many potential products do not make it to market if testing shows they are not effective or profitable.
Organ Specific Proteomics as Presented by Paul Kearney, PhD; CSO, Integrated Diagnostics at the 2010 Personalized Health Care National Conference at Ohio State.
Globalization Of Clinical Trials 2010 Josep M. Badenasjosepmariabadenas
Globalization of clinical trials can help bring drugs to market more quickly. While the majority of research and development spending still occurs in developed countries like the US and Western Europe, emerging markets are playing a larger role in global drug development. Countries like India and China provide opportunities for cost-effective clinical trials due to their large patient populations and improving healthcare infrastructures and regulations. However, conducting trials globally also presents challenges around cultural and medical practice differences that need to be addressed.
Orphanetics aims to create new biotechnology companies focused on rare and ultra-rare diseases by evaluating therapeutic opportunities, conducting de-risking experiments through collaborations, and establishing new venture-backed companies upon demonstrating proof of concept in man for priority rare disease projects.
Orphanetics aims to create new biotechnology companies focused on rare and ultra-rare diseases by evaluating therapeutic opportunities, conducting de-risking experiments, and seeking candidates compatible with forming new ventures; it utilizes a collaborative model working with various organizations to identify assets, de-risk programs, and accelerate the formation of new companies developing therapeutics for diseases with unmet medical needs.
The regulation of biologicals in AustraliaTGA Australia
View this presentation for information on:
* what biologicals are, including classes and current uses
* the Australian biologicals framework
* new and experimental products
* clinical trials and risk management.
The document discusses the drug development process from discovery to approval. It covers key stages including discovery research, preclinical testing, clinical trials, regulatory review and approval, and product launch. Key aspects addressed are screening compounds for drug candidates, assessing safety and efficacy in animal and human studies, developing formulations, and engaging regulatory agencies for approval to market a new drug. The overall goal is to discover, develop and launch new pharmaceutical products that treat diseases and conditions.
“The Evolution of Pharmaceutical Biotechnology – Science, Strategies, Products, and Regulations”
Shows the latest developments in pharmaceutical biotechnology and provides a broad overview of biotherapeutic & biosimilar regulations globally and in the EU
Pressure BioSciences is presenting their pressure cycling technology instruments and consumables. Their flagship product is the Barocycler 2320EXTREME instrument, which uses high pressure cycling to prepare biological samples for analysis. They have over 270 PCT systems installed worldwide and publications highlighting the advantages of PCT in biopharma sample preparation from discovery to clinical use. The company is poised for growth with their exclusive marketing agreement with SCIEX, expanded sales team, and focus on the multi-billion dollar biopharma market.
Similar to 37º Congresso Brasileiro de Medicina Farmacêutica | Dr. João Batista Calixto (20)
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37º Congresso Brasileiro de Medicina Farmacêutica | Dr. João Batista Calixto
1. Desenvolvimento Pré-Clínico e Inovação
João B. Calixto
Centro de Inovação e Ensaios Pré- Clínicos (CIEnP)
São Paulo, 18 de Agosto de 2014
2. Inovação tecnológica:
"introdução de novidade no ambiente produtivo, seja ela produto ou processo, que traga melhoria significativa ou crie algo novo".
3. A inovação é o nosso lema. O único problema é que não a praticamos. Anônimo
4. ALGUMAS CARATERÍSTICAS IMPORTANTES DOS PAÍSES INOVADORES.
Confiança nas instituições e nas pessoas.
Cooperação com reciprocidade baseada em meritocracia.
Mercados regulados e controlados com transparência (The role of law). Baixos níveis de corrupção.
Respeito ao direito a propriedade e patentes. Pirataria é crime.
Ética no trabalho e esforço pessoal. Promoção por mérito.
Estímulo ao trabalho em equipe.
Lideranças pragmáticas (pouca ideologia).
Competição livre. Experimentar sempre e aprender com os próprios erros.
Inovação nasce em função do ambiente existente.
Países NÂOinovadores, apostam no curto prazo, tendem a se apegarem ao certo, evitam o risco e odeiam o incerto.
5. Avanços Recentes Nas Áreas de C,T&I No Brasil
•12.000 Doutores e 41.000 Mestres em 2010
•37.895 artigos publicados em revistas indexadas ISI em 2013
•~ 2,7% da produção científica mundial
•13 lugar no ranking mundial de publicações científicas
•Maior produtor de grãos do mundo: papel da EMBRAPA
•Domínio de exploração de petróleo de águas profundas: Petrobrás
•Produção de aviões: EMBRAER
•Sétima economia mundial
•~1% das exportações mundiais baseada em commodities
6. NÚMERO DE CURSOS DE PÓS-GRADUAÇÃO NO BRASIL
Ano
Nível
Doutorado
Mestrado Profissional
Mestrado
Total geral
1976
181
0
518
699
1980
260
0
680
940
1985
332
0
784
1.116
1990
469
0
993
1.462
1992
537
0
1.083
1.620
1995
682
0
1.289
1.971
2000
903
98
1.620
2.621
2005
1.099
202
1.923
3.224
2010
1.602
334
2.706
4.642
2011
1.738
417
2.925
5.080
Fonte: CAPES, dados atualizados em 08/05/2012.
11. Importação de Fármacos
Em US$ milhões
Fonte: FarmaBrasil com base em dados da Funcex
Importação de Medicamentos
Em US$ milhões
12. Close Window
•Using Images
•Image Index
Paul Erlich(1854-1915)
“Corpora Non Agunt Nisi Fixate’”
“A Substance will not work unless it is bound”or
“A drug is efficacious only so long as it is bound to, and modulating the action of, its physiological target”
Source: Lancet 182: 445-451, 1913
1906, composto 606, Arsfenamina (Salvarsan).
13. Desenvolvimento de Novo Medicamento
•Praticamente todas os novos medicamentos (novas entidades químicas), originaram de pesquisa básica inovadoras na academia e nos institutos de pesquisas.
•O custo de desenvolvimento médio (incluindo todos os riscos) de um medicamento inovador (NCE), pode ultrapassar 1 bilhão de dólares. Ignorando as falhas, esse custo ficaria em torno de 200-300 milhões de dólares.
•Isso significa que a taxa de sucesso para o desenvolvimento de um novo medicamento (NCE) está em torno de 0.6%, e de 6% para um medicamento cujo alvo já conhecido.
•Doenças importantes como: câncer, psicoses, depressão, ansiedade, hipertensão, diabetes, dislipidemias, osteoporose, artrite, infecções, transplantes etc, são atualmente tratadas com sucesso, graça a essas descobertas.
18. What testing is needed?
•Usepreclinicaldatatoincreasetheoverallstrategicsuccessin
–Pickingtherightcompound
–Pickingtherightformulation
–Pickingtherightdeliverymethod
•Avoidcompoundslikelytocauseproblemsinclinicaltrials.
•Useparalleloptimization:IntegrationofanalysisofbindingqualitiesandADME/Toxproperties.
20
19. Good Lead Candidate for Drug Development
•Adequate bioactivity;
•Appropriate physical-chemical property to enable formulation development;
•The ability to cross crucial membranes;
•Reasonable metabolite stability;
•Appropriate safety and efficacy (pre-clinical studies);
•Efficacy in human (clinical studies).
20. Preclinical Study Design (Toxicology)
•Essential for safety/start dose decision.
•Toxicology studies should mimic the schedule, duration, formulation, and route as that proposed for the clinical trial.
•Conform to standard toxicology protocols.
•Conduct according to GLP.
21. Preclinical StudiesAcute Toxicity
•Objective:To determine the Maximum Tolerated Dose (MTD) and No Observable Effect Level (NOEL)
•Duration:Typically 14 days after single dose
•Animals Required:2 species (rodent and non- rodent)
•Parameters:
•MortalityClinical pathologyGross necropsy
Weight changeClinical observations
•Points to consider:
•Dose selection for repeat dose studies
•Choice of the appropriated animal species
22. Preclinical StudiesSub Acute Toxicity
•Objective:To determine toxicity after repeated administration of the test material
•Duration:14 –28 days
•Animals Required:2 species (rodent and non-rodent)
•Parameters:
•MortalityClinical pathologyUrinalysis
HistologyWeight changeClinical observation
•Points to consider:
•Dosing regimen –similar to clinical use
•Recovery period when indicated
•Drug Toxicokinetics(TK)
•Immunotoxicityin case biological products
23. Absorption, Distribution, Metabolism and Elimination (ADME)
Advantages performing ADME testing early in the process, before a molecule gets into development:
•Improvement of Pharmacokinetic (PK) properties.
•Saves time and costs associated with progressing an unsuitable drug candidate through the pipeline.
The ADME properties that are routinely measured are:
•Solubility
•Permeability
•Plasma protein binding
•Movement across transporters
•Metabolism by liver enzymes
24. Local Tolerance
•Dermal (skin) Irritation/Sensitization
•Eye Irritation
•Phototoxicity
–The potential for sunlight (or other light frequencies) to transform a drug or a metabolite is:
–a useful tool for activating some drugs and
–A cause for a significant adverse effects for others (Quinolone antibiotics).
25. Genotoxicity
•Minimum of 2 in vitro Assays:
–Bacterial mutation Assay
–Ames test (point mutations)
–Chromosomal Aberration
•Mammalian cells in vitro or in vivo
•Dominant Lethal Tests in Rodents
OR
–Mouse Lymphoma Assay
•If either of them positive or for Phase II
–Micronucleus Assay (In vivo Assay).
–Others Assays: Unscheduled DNA Synthesis
•Not needed for Biologics
26. Carcinogenicity
•Objective:To evaluate the potential tumorigenic effect in animals and risk to humans for continuous use of drug candidate in humans for 6 months or more.
•Duration:12 to 24 months
•Species:Mouse or Rat
•Parameters:
•Tumor developmentClinical pathology
•Clinical observations and assessment
•Points to consider:
•Pharmacology, Pharmacokinetic or Toxicology (mechanistic in vitroand in vivo) data,
•Structure-activity relationships,
•Compound accumulation over long-term use,
27. Pharmacological Assessment of the Underlying Mechanism of Action
•Molecular Level
–Receptor binding, enzyme activity, molecular studies etc,
–Cellular/Tissue Level
–Cell function (tissue culture), isolated tissues.
•Organ/System Level
–Identify primary and secondary targets.
28. Safety Pharmacology
•Objective:To investigate undesirable pharmacological effects of the test material;
•Duration:Usually single dose;
•Animals Required:2 species (rodent and non-rodent);
•Core battery:Cardiovascular, Respiratory, CNS, Renal, Blood, Immunological etc.;
•Telemetry ;
29. Preclinical Support for Phase I Clinical Trials
•Acute/Sub-acute some time chronic Toxicity Studies;
•Genotoxicity;
•Pharmacokinetic/TK;
•Studies about the mechanism of action of the compound;
•Safety pharmacology (CNS; CV; Respiratory, Renal etc);
•Local tolerance;
30. ToxicologyStudyDuractions
Durations needded to support Phase I, II and III trials
DuractionofClinical
Trial
MinimumDurationofRepeat
Dose ToxicityStudies
RodentsNon-Rodents
Single dose
2-4 Weeks
2 Weeks
Up to2 Weeks
2-4 Weeks
2 Weeks
Up to1 Month
1 Month
1 Month
Up to3 Months
3 Months
3 Months
Up to6 Months
6 Months
6 Months
> 6 Months
6 Months
9 Months
Source: charles River
33. Funding:Ministry of Health, Ministry of Science and Technology, FINEP and State Government of Santa Catarina
Support: UFSC –Federal University of Santa Catarinaand CERTI Foundation
Buildings: Scheduled for completion of infrastructure in December of 2012
Executive and Scientific Director:Dr. João B. Calixto
Built area:5.300 m2
TheCenterInnovationandpre-clinicalstudiesistheresultofBraziliangovernmentinitiativefordevelopingpreclinicalstudiesindifferentareasofknowledgetomeetthedemandofpharmaceuticalindustries.
37. Drug Discovery
Desenvolvimento Pré-clínico
Clínico
Cadeia do desenvolvimento de medicamentos: atuação do CIEnP
LNBio
LassBio
FIOCRUZ
NPDM
Universidades
LAFEX
Inst. Royal
BioAgri
Ciallyx
Universidades
Rede de pesquisa
NPDM
Universidades
Nacionais
Internacionais
Nacionais
Internacionais
CIEnP
Drug Discovery
Clínica
AGENCIAS DE FOMENTO
GOVERNO/ EMPRESAS
EMPRESAS
FUNDOS DE INVESTIMENTOS
Parcerias Estratégicas
Parcerias Estratégicas
Inc. Empresas
Escalonamento
Inc. Empresas
CIEnP
Inovação Radical
Inovação Incremental
Centro de Inovação em Medicamentos
39. “Se você não erra, provavelmentenão está trabalhando em problemas suficientemente desafiadores. E isto sim é um grande erro” Frank Wilczek, Prêmio Nobel de Física (1951-).
40. A Ignorância Gera Confiança Com Mais Frequência Que o Conhecimento. Albert Einstein (1879-1955)