The document discusses the benefits of a programmatic drug development model compared to a transactional model. A programmatic model, where a single partner manages a defined set of studies, can save significant time over multiple vendors through improved communication, planning and knowledge transfer. This time savings increases asset value by bringing products to market sooner with longer exclusivity periods. A programmatic model also reduces indirect costs through lower FTE requirements, and can save millions of dollars overall by lowering development costs and extending a company's runway. Evaluating models side-by-side using metrics like NPV, burn rate and cash flow can demonstrate the increased value a programmatic approach provides to both assets and companies.
Given the stringent regulatory requirements in the health care industry, it is important for bio-pharmal companies to develop innovative Risk Evaluation and Mitigation Strategies (REMS) plans during the commercialization of certain products to ensure an acceptable risk-to-benefit ratio.
This benchmark study published by Best Practices, LLC examines how companies develop and execute successful Risk Evaluation and Mitigation Strategies (REMS) plans for newly-approved drugs in the U.S. market. This study can help bio-pharma companies in creating successful REMS programs.
Download Full Report: http://bit.ly/2aOt5Id
International Pharmaceutical Industry: Feasibility Is Not (Anymore) A Plain S...KCR
Investigational Sites
The sole term ‘feasibility’ has multiple definitions in a clinical environment, leading to certain bias with all stakeholders involved, including pharma companies (sponsors) and all types of contract research organizations (CROs). The most common perception is related to a never-ending argument between pharma outsourcing departments and CRO commercial groups, with sponsors expecting CROs to run a (non-defined) feasibility study prior to proposal submission and CROs undertaking a series of schematic actions to create an impression of fulfilled expectation.
Improving Risk Evaluation and Mitigation StrategyCognizant
For life sciences companies, improving risk evaluation and mitigation strategy (REMS) is critical to adhere to FDAAA and other regulatory hurdles; here's our Microsoft SharePoint-based approach for improving document management and sharing and upgrading REMS.
Given the stringent regulatory requirements in the health care industry, it is important for bio-pharmal companies to develop innovative Risk Evaluation and Mitigation Strategies (REMS) plans during the commercialization of certain products to ensure an acceptable risk-to-benefit ratio.
This benchmark study published by Best Practices, LLC examines how companies develop and execute successful Risk Evaluation and Mitigation Strategies (REMS) plans for newly-approved drugs in the U.S. market. This study can help bio-pharma companies in creating successful REMS programs.
Download Full Report: http://bit.ly/2aOt5Id
International Pharmaceutical Industry: Feasibility Is Not (Anymore) A Plain S...KCR
Investigational Sites
The sole term ‘feasibility’ has multiple definitions in a clinical environment, leading to certain bias with all stakeholders involved, including pharma companies (sponsors) and all types of contract research organizations (CROs). The most common perception is related to a never-ending argument between pharma outsourcing departments and CRO commercial groups, with sponsors expecting CROs to run a (non-defined) feasibility study prior to proposal submission and CROs undertaking a series of schematic actions to create an impression of fulfilled expectation.
Improving Risk Evaluation and Mitigation StrategyCognizant
For life sciences companies, improving risk evaluation and mitigation strategy (REMS) is critical to adhere to FDAAA and other regulatory hurdles; here's our Microsoft SharePoint-based approach for improving document management and sharing and upgrading REMS.
Developing High-Impact Communication Forms to Brief Senior Leaders: Optimizin...Best Practices
Competitive Assessments and Clinical Landscape Assessments are crucial to the success of new products in the pharmaceutical industry. In order to inform busy executives quickly and effectively, market intelligence and analytics leaders must develop briefing templates that are clear, concise, and impactful.
This study identifies winning strategies for effectively informing senior leaders through Competitive Landscape Summaries and Clinical Development Profile Maps. The research will help executives to understand what the important elements to include are, and what are the best formats for two critical healthcare briefing templates: : 1) the Competitive Landscape Summary Map and 2) the Development Landscape Profile Map (often described as the Data Disclosure or Clinical Trials Progress Summary).
Read more at: http://www.best-in-class.com/bestp/domrep.nsf/products/developing-high-impact-communication-forms-to-brief-senior-leaders-optimizing-competitive-assessment-data-disclosure-summaries?OpenDocument
Purchasing and Supply Management 14th Edition Johnson Solutions Manualtowyvoqa
Full download http://alibabadownload.com/product/purchasing-and-supply-management-14th-edition-johnson-solutions-manual/
Purchasing and Supply Management 14th Edition Johnson Solutions Manual
As pharmaceutical and biopharmaceutical companies increase their levels of external development and manufacturing, the need for unbiased information to support strategic business decisions continues to grow. In this report, ISR provides pharmaceutical companies and contract manufacturers a comprehensive analysis of current outsourcing trends and practices, in addition to a quantitative analysis of CMO service quality across a series of 26 performance attributes specific to drug product manufacturing projects. In this Consumer Reports-style analysis, ISR presents data on 423 service encounters from 217 respondents who have been involved in outsourced fill finish projects in the past 18 months.
Decoding Phase II Clinical Trial Failuressubhabbasu
Clinical development is costly, with hundreds of millions of dollars spent to bring a drug to market. We identified the major reasons why Phase II clinical trials are terminated. Phase II serves as a major decision point, where a drug's effectiveness and safety are tested. However, our analysis of 444 clinical trials found Efficacy and Safety were reasons three and four, respectively, for trial terminations. Read to find out the top two reasons!
IQPC’s Partnerships for Drug Delivery Conference was designed to help pharmaceutical, biotechnology and drug delivery companies to maximize deal making potentials and mitigate risks to achieve long-term sustainability. It will provide a check-list of real life considerations for deal-making and drug delivery technology application strategies in your organization. Join us in Philadelphia on April 26-28, 2010 as we review on the latest drug delivery partnerships.
INTRODUCTIONThe increasing discussion about rising healthcare co.docxvrickens
INTRODUCTION
The increasing discussion about rising healthcare cost is fuelled by reports that General Motors paid more for healthcare than for steel per vehicle in 2004,1 and Starbucks paid more for health insurance than for coffee in 2005.2 The continuing rise in development costs for drugs has increased pressure on R&D organisations to contribute to higher efficiency in the overall process of coming up with new drugs.
In the last few years the industry has made significant efforts to address these challenges3 and to increase the productivity of the drug development process. Some of the initiatives have without doubt led to considerable improvements. Examples are the earlier determination of a drug's toxicology profile and early tests to investigate the suitability of a new drug candidate for oral administration or once a day dosing. The question is no longer how good we are in what we are doing but whether we are doing the right things. Further improvements of the overall process should shift from attempts of enhancing effectiveness to a greater emphasis on the efficiency of the processes applied.
In this context a lot of emphasis is put on portfolio management. In the broadest definition, portfolio management describes the process of maximising the value of R&D portfolios through proper resource allocation. This requires an alignment of portfolio management with strategic business objectives. Such objectives should not only be general (e.g., innovation) and quantitative (eg ROI or sales targets). They should also define disease areas of interest, clearly outline the remaining medical needs, and specify the indications that are considered worth pursuing. This will enable decision makers and functional R&D managers to identify projects with both strategic fit and a high value proposition. Depending on the size of the organisation, either a corporate or therapeutic area strategies need to be developed, approved, and endorsed by the entire organisation.
Value-driven project and portfolio management implies quantitative financial and risk analysis of individual projects and overall portfolios. Such analyses elucidate options for improving the value and risk structure of individual projects on the one hand and therapeutic areas or overall corporate portfolios on the other hand. They are applicable and relevant to companies of any size. Value-driven project and portfolio management is a methodology enabling the alignment of project decisions with corporate strategy and defined business objectives.
Although portfolio management has been applied in the financial industry for many years and Harry Markowitz was honoured with the Nobel Prize for outlining this concept it was only around the end of the last century that the application of value-driven portfolio management in the pharmaceutical industry was published. 4 Around the same time, an investigation across various industries provided evidence that portfolio management based on quantitative fin ...
Developing High-Impact Communication Forms to Brief Senior Leaders: Optimizin...Best Practices
Competitive Assessments and Clinical Landscape Assessments are crucial to the success of new products in the pharmaceutical industry. In order to inform busy executives quickly and effectively, market intelligence and analytics leaders must develop briefing templates that are clear, concise, and impactful.
This study identifies winning strategies for effectively informing senior leaders through Competitive Landscape Summaries and Clinical Development Profile Maps. The research will help executives to understand what the important elements to include are, and what are the best formats for two critical healthcare briefing templates: : 1) the Competitive Landscape Summary Map and 2) the Development Landscape Profile Map (often described as the Data Disclosure or Clinical Trials Progress Summary).
Read more at: http://www.best-in-class.com/bestp/domrep.nsf/products/developing-high-impact-communication-forms-to-brief-senior-leaders-optimizing-competitive-assessment-data-disclosure-summaries?OpenDocument
Purchasing and Supply Management 14th Edition Johnson Solutions Manualtowyvoqa
Full download http://alibabadownload.com/product/purchasing-and-supply-management-14th-edition-johnson-solutions-manual/
Purchasing and Supply Management 14th Edition Johnson Solutions Manual
As pharmaceutical and biopharmaceutical companies increase their levels of external development and manufacturing, the need for unbiased information to support strategic business decisions continues to grow. In this report, ISR provides pharmaceutical companies and contract manufacturers a comprehensive analysis of current outsourcing trends and practices, in addition to a quantitative analysis of CMO service quality across a series of 26 performance attributes specific to drug product manufacturing projects. In this Consumer Reports-style analysis, ISR presents data on 423 service encounters from 217 respondents who have been involved in outsourced fill finish projects in the past 18 months.
Decoding Phase II Clinical Trial Failuressubhabbasu
Clinical development is costly, with hundreds of millions of dollars spent to bring a drug to market. We identified the major reasons why Phase II clinical trials are terminated. Phase II serves as a major decision point, where a drug's effectiveness and safety are tested. However, our analysis of 444 clinical trials found Efficacy and Safety were reasons three and four, respectively, for trial terminations. Read to find out the top two reasons!
IQPC’s Partnerships for Drug Delivery Conference was designed to help pharmaceutical, biotechnology and drug delivery companies to maximize deal making potentials and mitigate risks to achieve long-term sustainability. It will provide a check-list of real life considerations for deal-making and drug delivery technology application strategies in your organization. Join us in Philadelphia on April 26-28, 2010 as we review on the latest drug delivery partnerships.
INTRODUCTIONThe increasing discussion about rising healthcare co.docxvrickens
INTRODUCTION
The increasing discussion about rising healthcare cost is fuelled by reports that General Motors paid more for healthcare than for steel per vehicle in 2004,1 and Starbucks paid more for health insurance than for coffee in 2005.2 The continuing rise in development costs for drugs has increased pressure on R&D organisations to contribute to higher efficiency in the overall process of coming up with new drugs.
In the last few years the industry has made significant efforts to address these challenges3 and to increase the productivity of the drug development process. Some of the initiatives have without doubt led to considerable improvements. Examples are the earlier determination of a drug's toxicology profile and early tests to investigate the suitability of a new drug candidate for oral administration or once a day dosing. The question is no longer how good we are in what we are doing but whether we are doing the right things. Further improvements of the overall process should shift from attempts of enhancing effectiveness to a greater emphasis on the efficiency of the processes applied.
In this context a lot of emphasis is put on portfolio management. In the broadest definition, portfolio management describes the process of maximising the value of R&D portfolios through proper resource allocation. This requires an alignment of portfolio management with strategic business objectives. Such objectives should not only be general (e.g., innovation) and quantitative (eg ROI or sales targets). They should also define disease areas of interest, clearly outline the remaining medical needs, and specify the indications that are considered worth pursuing. This will enable decision makers and functional R&D managers to identify projects with both strategic fit and a high value proposition. Depending on the size of the organisation, either a corporate or therapeutic area strategies need to be developed, approved, and endorsed by the entire organisation.
Value-driven project and portfolio management implies quantitative financial and risk analysis of individual projects and overall portfolios. Such analyses elucidate options for improving the value and risk structure of individual projects on the one hand and therapeutic areas or overall corporate portfolios on the other hand. They are applicable and relevant to companies of any size. Value-driven project and portfolio management is a methodology enabling the alignment of project decisions with corporate strategy and defined business objectives.
Although portfolio management has been applied in the financial industry for many years and Harry Markowitz was honoured with the Nobel Prize for outlining this concept it was only around the end of the last century that the application of value-driven portfolio management in the pharmaceutical industry was published. 4 Around the same time, an investigation across various industries provided evidence that portfolio management based on quantitative fin ...
Customerlogo hereProject Name Project CharterCompanyOllieShoresna
Customer
logo here
Project Name: Project Charter
Company
logo here
Project Name:
Value Driven Project and Portfolio Management in the Pharmaceutical Industry
Project Charter
Project:
Value Driven Project and Portfolio Management in the Pharmaceutical Industry
Title:
Project Charter
Document number:
Version
0.1
Document status:
Final
Author:
Chellyn Jones
Responsible:
Date created:
14/08/2021
Protection class:
"For internal use only"
Document history
Version
Date
Author
Comment/Change
0.1
10/08/2021
Draft
14/08/2021
Final
Page
1Background/Project purpose or justification4
2Goals5
2.1Goals
2.2Scheduling goals/milestones
3Project product description6
4Delivery units7
4.1Delivery units/services
5Project success criteria8
6High-level risks9
7Key stakeholders10
8Assumptions, restrictions and external dependencies11
9Responsibility of the customer12
9.1Tasks
9.2Resources and staffing
10Project category13
11Project budget (overview)14
12Project startup15
13Project end16
13.1Signatures for release
Annex17
A.Glossary and abbreviations17
B.References, accompanying documents
1.
Background/Project Purpose or Justification
Pharmaceuticals' perspective has shifted as a result of the rising healthcare expenses that are currently affecting everyone, and pharmaceuticals are focusing on the generation of value in research and development. Value-driven portfolio management is a term that has long been associated with the financial sector but has recently gained popularity in the pharmaceutical industry. The notion of value-driven portfolio management focuses on connecting a company's strategic goals and objectives with resource allocation. A corporation can raise the value of pharmaceuticals while also lowering healthcare expenses by focusing on studying the risks and effects.
The project's purpose is to create a value-driven project for the pharmaceutical company by following a set of decision-making stages. The steps will include developing a targeted product profile, defining a timeframe, developing a budget that is consistent with the goal product profile, and ultimately developing a stage gate decision-making system.
2. Goals
This section addresses the goals of the project which indicate what the project intends to achieve and the milestones related to the goals established.
a. Goals
Goal
Description
Efficiency
Efficiency in the drug development process will mean that pharmaceuticals develop drugs through maximum utilization of the resources and ensuring that the waste products from the process are as minimal as possible.
Strategic alignment
The goal is to come up with projects that are aligned with financial and strategic goals of pharmaceuticals.
b. Scheduling Goals/Milestones
Schedule
Description
Phase 1
· Defining the scope and the budgets for the projects
· Developing the goals of the project.
· Evaluation of the potential risks
Phase 2
· Coming up with the key performance indicators
· Tracking per ...
Strategic Plan Part 3
By: Christopher Gilbert
BUS/475
Instructor: Dr. Steve Verrone
June 20, 2016
STRATEGIC PLAN PART 3
STRATEGIC PLAN PART 3
1
STRATEGIC OBJECTIVES SUMMARY (BALANCED SCORECARD).
STRATEGY
GOAL- What we want to accomplish
OBJECTIVES- How we are going to accomplish the goal
MEASURE
TARGET
SHAREHOLDER VALUE OR FINANCIAL PERSPECTIVE
Ensure financial benefits are maximized through smart and transparent financial systems.
Allocate budget to support business goals and objectives.
Provide investors with value- relevant information.
Increase market share which will improve our competitive position which will lead to sustainable profitability.
Stay relevant through innovation, respond to customers fast enough and use their ideas, buy off competitors and increase flexibility in operations.
Percentage of total market in the business printing sector
70%
Demonstrate cost savings in the organization as a result of business processes being streamlined.
Use process value analysis on all change initiatives in the organization.
Percentage of change initiatives that produced cost savings in the organization.
75%
PROCESS OR INTERNAL OPERATIONS PERSPECTIVE
Implement strategies to maximize resources and infrastructure present in Neon Software, Inc.’s facilities.
Make use of creativity and innovation in order to improve internal processes and keeps the business progressing.
Ensure high utilization of company facilities.
Improve process delivery
Create business project management process
The process is implemented in full.
PASS/ FAIL
Ensure effective implementation of initiatives
Initiative delivered project goals
Percentage of goals met
90%
Initiative delivered on time
Percentage of initiatives delivered on time
90%
Initiative delivered on budget
Percentage of initiatives delivered on budget
90%
CUSTOMER VALUE PERSPECTIVE
Maximize customer collaboration in order to identify and understand customer needs and expectations.
Deliver timely, accurate, and high-quality services and products to increase value and achieve customer satisfaction.
Products offered by Neon Software, Inc. to be affordable with the firm acting as a market leader.
Identify customer needs and inefficiencies and implement relevant solutions.
Map existing business processes
Number of business processes mapped
4
Facilitate the management of change in the company.
Change management plan implemented
PASS/ FAIL
Build effective customer relationships
Increase customer contacts
Number of new customer contacts per week
4
Learn and apply communication techniques
Number of feedback sessions
2 per person
LEARNING AND GROWTH (EMPLOYEE) PERSPECTIVE
Promote a culture and working environment that embraces growth and development.
Meet the needs of each of our employees which will more often than not result in employee engagement and employee satisfaction in general.
Ensure that employees are compensated sufficiently which will help with retention.
The global research programmes that deliver the best value are not the most standardised - and they are not usually the most elaborate. Learn how brands have created strong, flexible protocols by focusing on shorter, smarter surveys, local engagement and active leadership at the centre.
CPOs today are aggressively & proactively working towards defining the performance criteria that will be used to measure procurements contribution to business objectives. Savings being one of the key performance attributes linked to procurement, in this session Matthew Weinberg, Senior Manager from Cubist Pharmaceuticals will be sharing his insights into the approach adopted by Cubist to track and report on the savings generated through different sourcing initiatives.
For pharmaceuticals and biotech companies, medical, legal, and regulatory reviews (MLRs) are commonplace, and help ensure that product claims, promotions, and training are medically correct, and in compliance with FDA and other industry standards. This requires companies to develop an MLR process that helps assure the accuracy, relevancy, and value of the promotional material they produce and market.
Creating Value - Compressing Time - Refining Burn Rate Forecasts: The Molecul...Covance
Product development in health sciences is complex and costly. It can take many years to gain marketing approval for a new drug, device or diagnostic. And while there are many potential potholes along the development highway, there are also numerous opportunities to accelerate development and create benefits for all stakeholders. The Molecule Development Team (MDT) construct at Covance is specifically designed for these tasks! Indeed, programmatic outsourcing to our team can create substantial savings for asset/portfolio development with up to 30% savings in time and/or cost. In this white paper we discuss many of the advantages of programmatic outsourcing to a Covance Molecule Development Team - advantages described not only in terms of time but also in terms of a refined management of burn rate.
Performance Assessment of Agricultural Research Organisation Priority Setting...iosrjce
IOSR Journal of Business and Management (IOSR-JBM) is a double blind peer reviewed International Journal that provides rapid publication (within a month) of articles in all areas of business and managemant and its applications. The journal welcomes publications of high quality papers on theoretical developments and practical applications inbusiness and management. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.
IT Project Management In this course, we only introduce p.docxchristiandean12115
IT Project Management
In this course, we only introduce project management, but the main
concepts are covered. In order to be a good project manager, you
should specialize in this area. Project management certificates are
offered by universities such as UMUC, and there is at least one
recognized certification authority—the Project Management Institute
(PMI). PMI evaluates both your experience as well as your knowledge
before a certification is awarded. So, you can see that project
management cannot really be learned from a book or a class, but from
those combined with experience in the "real world."
A couple of definitions with which you should be familiar are:
• project: a temporary endeavor undertaken to create a unique
product, service, or result
• project management: the application of knowledge, skills,
tools, and techniques to project activities to meet project
requirements
What is the role of a project manager? Is it different for an IT project
manager? A project manager must control the four key variables
associated with any project: time (schedule), resources (human and
financial), scope of work, and quality.
The project manager leads the development of a project plan that
takes all of these into consideration. Frequently, trade-offs are
required. For instance, the budget may be limited, which restricts the
scope of the work and perhaps how many people can work on the
project. Or, the project is needed within a certain time frame, which
may drive up the costs, since more people would have to be hired to
complete the project on time.
When any one of the four variables changes, there is an impact on at
least one (and often more than one) other variable. A strong project
manager pays attention to the project plan and the progress of the
project against the plan, and manages the variables appropriately to
ensure successful completion of the project. Successful completion is
accomplished if the project is delivered on time, stays within the
allocated budget, performs the required functions, and does so
correctly. This role is the same for any project manager, including an
IT project manager.
1
The four variables are interdependent. You cannot change one
without affecting the others. For example,
Decreasing a project's time frame means either increasing the
cost of the project or decreasing the scope of the project to meet
the new deadline.
Increasing a project's scope means either increasing the
project's time frame or increasing the project's cost—or both—
to meet the increased scope changes.
Decreasing a project's resources (either people or money) will
necessitate a reevaluation of the scope and/or the quality. The
scope may need to be reduced to avoid decreasing the quality,
or if the scope must remain unchanged, quality will suffer.
Increasing a project's quality requirements will require more
time and money to incorporate more perfectio.
The company that I have selected is Target CorporationProjecti.docxmehek4
The company that I have selected is Target Corporation
Projections. Based on what you know about the organization’s financial health and performance, forecast its future performance. In particular, you should:
A. Project the organization’s likely consolidated financial performance for each of the next three years. Support your analysis with an appendix spreadsheet showing actual results for the most recent year, along with your projections and assumptions. Remember, your supervisor is interested in fresh perspectives, so you should not just replicate existing financial statements, but should add other relevant calculations or disaggregations to help inform decisions.
B. Modify your projections for the coming year to show a best- and worst-case scenario, based on the potential success factors and risks you identified. As with your initial projections, support your analysis with an appendix spreadsheet, specifying your assumptions and including relevant calculations and disaggregations beyond those in existing financial reports.
C. Discuss how your assumptions, forecasting methodology, and information gaps affect your projections. Why are your projections appropriate? For example, are they consistent with the organization’s mission and priorities? Aggressive but achievable? How would changing your assumptions change your projections?
Value Chain Analysis
Organizational Management
Name
Date
Introduction
A value chain is defined, according to the online business dictionary, as the “ability to
ascertain how much and at which state value is added to its goods and/or services, and how it can
be increased to enhance the product differentiation (competitive advantage).” [1]. All companies,
in order to succeed, must determine their business objectives, and what separates them from their
competitors. In addition, there are many examples of value chains depending upon the
organizational objective. Performance Food Group (PFG), the company where I’m currently
contracting states that they are “committed to innovation and quality, to extraordinary customer
service and helping associates realize the best in themselves” [2]. PFG is a private-owned
business, and does not have a strategic governance model. There are no organizational
objectives or strategic initiatives. However, the company does want to move into a public state,
but it must bring its’ infrastructure to standard where it can compete. Many people have not
heard of Performance Food Group including myself, however, they are one of the Nation’s
largest foodservice distributors, and are responsible for ensuring that vending machines,
concession stands, restaurants, big box stores, and theaters are stocked with products from the
various vendors that do business with those entities’. Performance Food Group is broken out
into three (3) divisions, and they are Performance Foodservice, Roma Food and Vistar. PFG
prides themselves ...
Similar to Estimate The Impact of Time Savings on Your Drug Development Program (20)
Genomics Solutions - Single Target to Whole Genome AnalysisCovance
With applied Genomics expertise, global co-location with Central Labs and solutions from biomarker discovery to CDx, our genomics solutions will help make your Precision Medicine drug development a reality.
Medical Device and Diagnostics Solutions for Every Stage of Your Product's De...Covance
Getting a medical device to the patient takes more than good technology in today's environment. Compelling evidence and convincing value proposition matter. Competing priorities and differing stakeholder definitions of value are driving the need for creative, connected strategies to get the most from each step in the development process. And - as evidence is gathered - it should be used to inform and iterate regulatory, reimbursement and clinical post-market strategies.
Pharmacovigilance Risk Management for BiosimilarsCovance
This paper focuses on pharmacovigilance (PV) and risk management for biosimilars, the issues and challenges faced in monitoring their safety and possible solutions.
Cell & Gene Therapy post-approval solutions to reduce scientific, regulatory and commercial risks, and accelerate development wherever you are in your product's development.
Cell & Gene Therapy enterprise development solutions to reduce scientific, regulatory and commercial risks, and accelerate development wherever you are in your product's development.
Cell & Gene Therapy Clinical Development SolutionsCovance
Cell & Gene Therapy clinical development solutions to reduce scientific, regulatory and commercial risks, and accelerate development wherever you are in your product's development.
Inhalation Technology - The Future of Effective Respiratory TreatmentsCovance
Nonclinical development channels: technical strategies, formulations and devices. Conventionally, inhaled drugs have been used to deliver medicines targeted at the most widespread respiratory diseases - specifically, chronic obstructive pulmonary disease (COPD) and asthma.
The Challenges Associated with Evaluating the Cost Benefit of Gene Therapies ...Covance
Despite the growing availability of approved gene therapies, decision-makers face significant challenges when evaluating pricing and reimbursement of these novel therapeutics. From determining cost-benefit ratios, setting out patient access criteria and designing reimbursement plans, this white paper explores some of the complex aspects of value assessment for gene therapies, and discusses results from a survey of key decision-makers across Germany, Sweden and the UK responsible for making pricing and reimbursement decisions.
Environmental Risk Assessment for Pharmaceutical DrugsCovance
Understanding the Evaluation and Implications of Findings to the Regulatory Review of Human Medicines in the Environment. Pharmaceutical drugs are intended for the treatment of human disease, therefore the risk of their environmental exposure in clinical use needs to be evaluated. Environmental risk assessment (ERA) is part of the requirements when applying for marketing approval in many geographic regions throughout the world.
Getting Investigators Onboard: Lab Preferences Make a Difference in Trial Par...Covance
Clinical trials are becoming increasingly complex and competitive, so attracting the best investigator sites to participate in a trial is a crucial step in meeting patient enrollment targets. Learn more about how investigator preference can help meet trial recruitment milestones.
Putting the Patient First: Launching a Comprehensive Patient-Centric ProgramCovance
Following a successful sponsor/CRO partnership in which Covance supported a large sponsor's reimbursement call center, a solid partnership had formed, founded on trust and a shared culture. The sponsor expanded this partnership with Covance with the desire to seamlessly transition another reimbursement support program from their current vendor. With the additional successful execution of this project, the sponsor selected Covance as their partner to consolidate all existing hub programs, build a tailored customer relationship management (CRM) tool and develop programs focused on the sponsor's specific needs and enhanced new therapeutic areas and markets.
Top 15 Pharma Gains an Edge in a Highly Competitive Specialty MarketCovance
Due to the complex nature of patient access and reimbursement process for specialty products, the client required a customized hub program to support multiple products, across several therapeutic areas. The unique intricacies of the initiative required a trusted strategic partner who could help advise, inform and support an innovative patient-centric program. In addition to possessing the right expertise and processes, the vendor needed to have a flexible technology platform that could be tailored to support the multiple brand requirements and deliver a seamless experience to various stakeholders including patients, healthcare professionals (HCPs) and specialty pharmacies.
Field Services: Providing On-Site, Field-Based Assistance to Support Customer...Covance
Ensuring access for patients can be complex and impacted by ever-changing factors that require an adaptable and responsive holistic solution to help provider and patients. Relying on a consultative approach, policy expertise and decades of experience, Covance Market Access deploys a variety of different filed-based teams that are tailored to meet your objectives and simplify access for your product.
Overcome the unique challenges of late-phase product development and generate the right data to support your products' objective. Products in late-phase development have complex needs and demands. Programs at this phase support new indications, value communication, adherence strategies, safety and efficacy and more.
Optimizing Each Patient's Product Access ExperienceCovance
Relying on a consultative approach, deep expertise and decades of experience, we work collaboratively with clients to deliver a successful product launch, program transition or program enhancement. Clients benefit from our market insights, strategic and unique approach and ability to continuously refine our processes.
Covance, in partnership with Oracle, offers a full-service, validated, private cloud, single-tenancy solution based on Argus technology, which enables faster and better safety decisions. This automated and integrated solution allows for easy scientific querying and analytics, which improves the quality and efficiency of safety operations. It also enhances compliance with E2B exchange for expedited and periodic reporting, allowing the organization to conduct global case processing, which can scale to tens of thousands of annual cases.
Plant Metabolism Studies: Options for Plant CultivationCovance
Regulators across the world are concerned with ensuring that any residues left in or on a crop after application of a plant protection product (PPP), present minimal risk to the health of humans and animals. To achieve this, regulators need information on the identity of the residues and the levels of residues remaining in or on a crop, in order to assess dietary risk and set maximum residue levels (MRLs). The testing approaches used are harmonized across most countries worldwide, focusing on the Organization for Economic Co-operation and Development (OECD) Test Guidelines (TGs) for pesticide residue chemistry. This e-book paper focuses on the laboratory-based plant cultivation methods that underlie the success of OECD crop metabolism studies, namely TG 501 and 502.
Phenomics assisted breeding in crop improvementIshaGoswami9
As the population is increasing and will reach about 9 billion upto 2050. Also due to climate change, it is difficult to meet the food requirement of such a large population. Facing the challenges presented by resource shortages, climate
change, and increasing global population, crop yield and quality need to be improved in a sustainable way over the coming decades. Genetic improvement by breeding is the best way to increase crop productivity. With the rapid progression of functional
genomics, an increasing number of crop genomes have been sequenced and dozens of genes influencing key agronomic traits have been identified. However, current genome sequence information has not been adequately exploited for understanding
the complex characteristics of multiple gene, owing to a lack of crop phenotypic data. Efficient, automatic, and accurate technologies and platforms that can capture phenotypic data that can
be linked to genomics information for crop improvement at all growth stages have become as important as genotyping. Thus,
high-throughput phenotyping has become the major bottleneck restricting crop breeding. Plant phenomics has been defined as the high-throughput, accurate acquisition and analysis of multi-dimensional phenotypes
during crop growing stages at the organism level, including the cell, tissue, organ, individual plant, plot, and field levels. With the rapid development of novel sensors, imaging technology,
and analysis methods, numerous infrastructure platforms have been developed for phenotyping.
Nutraceutical market, scope and growth: Herbal drug technologyLokesh Patil
As consumer awareness of health and wellness rises, the nutraceutical market—which includes goods like functional meals, drinks, and dietary supplements that provide health advantages beyond basic nutrition—is growing significantly. As healthcare expenses rise, the population ages, and people want natural and preventative health solutions more and more, this industry is increasing quickly. Further driving market expansion are product formulation innovations and the use of cutting-edge technology for customized nutrition. With its worldwide reach, the nutraceutical industry is expected to keep growing and provide significant chances for research and investment in a number of categories, including vitamins, minerals, probiotics, and herbal supplements.
Deep Behavioral Phenotyping in Systems Neuroscience for Functional Atlasing a...Ana Luísa Pinho
Functional Magnetic Resonance Imaging (fMRI) provides means to characterize brain activations in response to behavior. However, cognitive neuroscience has been limited to group-level effects referring to the performance of specific tasks. To obtain the functional profile of elementary cognitive mechanisms, the combination of brain responses to many tasks is required. Yet, to date, both structural atlases and parcellation-based activations do not fully account for cognitive function and still present several limitations. Further, they do not adapt overall to individual characteristics. In this talk, I will give an account of deep-behavioral phenotyping strategies, namely data-driven methods in large task-fMRI datasets, to optimize functional brain-data collection and improve inference of effects-of-interest related to mental processes. Key to this approach is the employment of fast multi-functional paradigms rich on features that can be well parametrized and, consequently, facilitate the creation of psycho-physiological constructs to be modelled with imaging data. Particular emphasis will be given to music stimuli when studying high-order cognitive mechanisms, due to their ecological nature and quality to enable complex behavior compounded by discrete entities. I will also discuss how deep-behavioral phenotyping and individualized models applied to neuroimaging data can better account for the subject-specific organization of domain-general cognitive systems in the human brain. Finally, the accumulation of functional brain signatures brings the possibility to clarify relationships among tasks and create a univocal link between brain systems and mental functions through: (1) the development of ontologies proposing an organization of cognitive processes; and (2) brain-network taxonomies describing functional specialization. To this end, tools to improve commensurability in cognitive science are necessary, such as public repositories, ontology-based platforms and automated meta-analysis tools. I will thus discuss some brain-atlasing resources currently under development, and their applicability in cognitive as well as clinical neuroscience.
Professional air quality monitoring systems provide immediate, on-site data for analysis, compliance, and decision-making.
Monitor common gases, weather parameters, particulates.
The use of Nauplii and metanauplii artemia in aquaculture (brine shrimp).pptxMAGOTI ERNEST
Although Artemia has been known to man for centuries, its use as a food for the culture of larval organisms apparently began only in the 1930s, when several investigators found that it made an excellent food for newly hatched fish larvae (Litvinenko et al., 2023). As aquaculture developed in the 1960s and ‘70s, the use of Artemia also became more widespread, due both to its convenience and to its nutritional value for larval organisms (Arenas-Pardo et al., 2024). The fact that Artemia dormant cysts can be stored for long periods in cans, and then used as an off-the-shelf food requiring only 24 h of incubation makes them the most convenient, least labor-intensive, live food available for aquaculture (Sorgeloos & Roubach, 2021). The nutritional value of Artemia, especially for marine organisms, is not constant, but varies both geographically and temporally. During the last decade, however, both the causes of Artemia nutritional variability and methods to improve poorquality Artemia have been identified (Loufi et al., 2024).
Brine shrimp (Artemia spp.) are used in marine aquaculture worldwide. Annually, more than 2,000 metric tons of dry cysts are used for cultivation of fish, crustacean, and shellfish larva. Brine shrimp are important to aquaculture because newly hatched brine shrimp nauplii (larvae) provide a food source for many fish fry (Mozanzadeh et al., 2021). Culture and harvesting of brine shrimp eggs represents another aspect of the aquaculture industry. Nauplii and metanauplii of Artemia, commonly known as brine shrimp, play a crucial role in aquaculture due to their nutritional value and suitability as live feed for many aquatic species, particularly in larval stages (Sorgeloos & Roubach, 2021).
BREEDING METHODS FOR DISEASE RESISTANCE.pptxRASHMI M G
Plant breeding for disease resistance is a strategy to reduce crop losses caused by disease. Plants have an innate immune system that allows them to recognize pathogens and provide resistance. However, breeding for long-lasting resistance often involves combining multiple resistance genes
Comparing Evolved Extractive Text Summary Scores of Bidirectional Encoder Rep...University of Maribor
Slides from:
11th International Conference on Electrical, Electronics and Computer Engineering (IcETRAN), Niš, 3-6 June 2024
Track: Artificial Intelligence
https://www.etran.rs/2024/en/home-english/
ESR spectroscopy in liquid food and beverages.pptxPRIYANKA PATEL
With increasing population, people need to rely on packaged food stuffs. Packaging of food materials requires the preservation of food. There are various methods for the treatment of food to preserve them and irradiation treatment of food is one of them. It is the most common and the most harmless method for the food preservation as it does not alter the necessary micronutrients of food materials. Although irradiated food doesn’t cause any harm to the human health but still the quality assessment of food is required to provide consumers with necessary information about the food. ESR spectroscopy is the most sophisticated way to investigate the quality of the food and the free radicals induced during the processing of the food. ESR spin trapping technique is useful for the detection of highly unstable radicals in the food. The antioxidant capability of liquid food and beverages in mainly performed by spin trapping technique.
Estimate The Impact of Time Savings on Your Drug Development Program
1. ESTIMATE THE IMPACT OF
TIME SAVINGS ON YOUR DRUG
DEVELOPMENT PROGRAM, ASSET
VALUE AND FINANCIAL COMPANY
PERFORMANCE
An Economic Comparison of Programmatic
and Transactional Development Models
PETER SAUSEN, PhD
Vice President, Early Phase Development Solutions
BILL HANLON, PhD
Chief Development Officer and Head of Global Regulatory
Affairs
2. Executive Summary
Minimizing development time is challenging yet critical to maximizing asset value. The faster you develop
your molecule, the better positioned you are to realize the full value of your asset with longer market
exclusivity for you or your co-development partner. How to accomplish this most effectively may surprise
you. The answer lies in adopting the right drug development model. Through considered economic
analysis, the value of a programmatic model over a transactional approach is made tangible, revealing the
saving power, which can result in millions of dollars, that impacts both your asset and company financial
performance.
Introduction
Value can be interpreted in different ways depending on your company's strategy or program objectives.
It can be based on individual asset or company net present value (NPV), revenue, company viability or
liquidity. It can also be realized in different ways, such as cost savings or efficiency.
In an attempt to capture more value, a significant proportion of early drug development work has
migrated from large pharmaceutical to smaller biotech organizations in the last 10 to 15 years. Because
the cost of drug development continues to increase ($2.6 billion)1
without substantial gains in number
of products approved or time to market, many large pharmaceutical companies are focusing in-house
resources on later stage development and commercialization. Through licensing and acquisitions, large
pharma is utilizing the innovation and efficiency power of smaller biotechs to feed their pipelines. Biotech
companies, therefore, hold a key role within the pharmaceutical sector as an innovation engine.2, 3
To be nimble, improve efficiency and reduce fixed costs (facilities and staffing), smaller companies are
outsourcing drug development work to various contract research organizations (CROs), leveraging their
expertise and resources.4, 5, 6
With this outsource strategy, it is estimated that 80% of companies are
pursuing drug development as a series of independent transactions, utilizing several external vendors.7
While this transactional approach offers some benefits (access to expertise, reduced fixed costs, etc.), it
does not fully enable the greater opportunity to integrate a drug development program to save time and
maximize asset value.
A newer, alternative strategy for drug developers is to adopt a programmatic model. Today it is estimated
that already 20% of the pharmaceutical industry has moved to a programmatic approach in which a single
partner or CRO prospectively plans, and then optimally performs, a set of pre-defined studies and services
to support the development of a molecule. The result is increased flexibility, efficiency and enhanced
insight – saving valuable time and maximizing asset value more expeditiously. The early adopters of the
programmatic model have realized up to 30% improvement in time savings on their program.7
up to 30% improvement
in time savings
3. A programmatic approach leverages program management principles and prospective planning to enable:
▶▶ Reduction or elimination of “white space” or time gaps between studies and development phases
▶▶ Preservation of critical molecule knowledge for easy transfer between different expert disciplines
and across the phases of development
▶▶ Parallel conduct of studies to streamline the critical path of development
▶▶ Maximized efficiencies and removal of process, communication and other operational duplication
▶▶ Additional time/value benefits
This model is especially appealing to smaller organizations with limited funds and significant pressure
to meet investor deadlines and stakeholder requirements.
For example, by successfully adhering to promised timeline commitments and milestones, smaller
organizations may gain access to additional rounds of funding.
Case Scenario: Programmatic Model
In this case scenario, the concept of the ‘time value of money’ is transformed into a tangible value
estimation that can be adjusted to facilitate outsourcing model comparisons.
Four key considerations are explored for comparing transactional
and programmatic models and make economic conclusions:
▶▶ Flexibility: Determine what to outsource to align to your
strategic objectives, meet key milestones and optimally
save time.
▶▶ Cost: Compare development models side by side to
understand total cost differences, including both direct and
indirect costs.
▶▶ Time: Estimate how enhanced planning, communication
and insights translate into time savings.
▶▶ Value: Understand the impact of time savings on
commercial launch timing, patent exclusivity and
company/asset value for partnering discussions or
financing evaluation.
Flexibility
To plan your drug development program, it is important to start with your business and program strategic
goals in mind. For example, do you plan to take your molecule to market or only to a key milestone
(such as completion of first-in-human (FIH) studies, before licensing or selling your company or asset
to another drug development organization)? Your strategy will determine the type and timing of the
studies you conduct – a series of individual studies, a program that enables progression to FIH, or a
comprehensive development plan leading to a new drug application (NDA).
4. Nearly 70% of drug developers state that having the flexibility to run the studies they need, and a vendor
that can adjust to their specific priorities is critical.8
When evaluating an outsourcing partner, finding one that has expertise spanning preclinical development
through clinical post-approval services can offer valuable efficiency and insights for your program. Explore
how your CRO partner can help you with the following services:
▶▶ Preclinical Development Services
• Lead optimization
• Non clinical safety assessment
• Non clinical drug metabolism and
bioanalytical services
▶▶ Regulatory Affairs
• Agency meetings
• Regulatory dossiers preparation and
submission
• Strategy
▶▶ Clinical Development Services
• Phase I
• Phase II
• Phase III
• Central laboratory and bioanalytical
• Biomarker development
• Companion diagnostics
▶▶ Post-Approval Services
• Pharmacovigilance
• Phase IV studies
• Line extensions
This breadth of experience can afford you the flexibility to design the package of studies that aligns to
your business strategy and lays the foundation for a robust and efficient drug development program.
Consideration should also be given to the number of outsourcing partners used. Decreasing the number
of partners can improve efficiency, communication, vendor management time and ultimately reduce
time lag between studies.
We are increasingly looking for our vendors to be more flexible, to
accommodate our needs, to offer advanced methodologies such as
adaptive design and to adapt to our strategy as it evolves.”8
Understanding your strategic and
program goals up front helps you to
prospectively plan your scope of work
Pre-clinical Program
Phase I
Phase II
Phase III
Lead Optimization Screening
Safety Assessment
Formulation
Metabolism Studies
Bioanalytical
Regulatory
NDA filing
Formulation
Lead Optimization Screening
Safety Assessment
Metabolism Studies
Bioanalytical
Regulatory
Regulatory Review
Ethic Committee Review
IB, Compile and File
5. Cost
Drug developers often expect that a transactional, multiple-vendor based approach will be less costly when
compared with a programmatic approach. This is based primarily on the ease of comparing quotes (direct
costs). For example, comparing individual 13-week rat toxicology study quotes could save you $5K or
$10K. However, when analyzing the impact of time on your overall program (i.e. direct and indirect costs
for multiple studies), the indirect costs are often overlooked. In a recent survey of drug developers, 92%
of respondents had not formally evaluated the indirect costs associated with a programmatic approach
compared with a transactional model.8
“We have compared the costs of transactional vs. programmatic
outsourcing, but only informally. We haven’t modeled exactly how much it really costs us.”8
When evaluating the cost of a program, the programmatic model is typically found to be favorable to a
transactional approach. Cost benefits can be derived from multiple sources, including potential volume
or package pricing for a program versus individual studies. The more valuable (hidden) opportunities,
however, are reduced start-up time, and the potential to reduce the need to add internal support and
reallocate internal resources to other critical efforts, such as finding the right licensing partner or securing
additional rounds of investor funds for a biotech company.
To best evaluate total programmatic cost, it is important to consider both of the following:
▶▶ Volume/program packages: the impact of volume or package pricing for a programmatic model
▶▶ Internal resource planning: the indirect costs associated with utilizing a programmatic vs
transactional approach to drug development
It has been found that between 2 and 10 internal headcount1
or full-time equivalents (FTE) are necessary to
identify, qualify, evaluate, select and project manage disparate vendors in a transactional model. However,
it is estimated that the FTE may be reduced by more than 50%9
under a programmatic approach for a
comprehensive developmental program.
In our case scenario, outsourcing a full, critical-path developmental program for a small molecule under
a programmatic model reduces internal FTE requirements dramatically. Assuming a conservative, 50%
reduction in internal FTEs, indirect FTE cost savings can tally into the millions over the duration of the
program.9
Reducing FTE requirements can also free valuable resources to work on other programs or
leading critical business efforts.
Each drug development program is unique. With a complete analysis, you can determine how resourcing
levels impact your development costs both directly and indirectly and between key development
milestones.
An economic analysis of programmatic approach could yield a 50% reduction in
FTE required and significant associated cost saving versus a transactional model:
potentially millions over the course of a complete development program.
Cost/FTE
Indirect Variable Cost
$225,000
FTE Reduction Ratio
with Programmatic Model
50%
$2,850,000Net Indirect
$244,339Net Direct
$3,094,339
Savings
Total (Direct + Indirect)
$2,775,000
$4,642,434
$7,417,434
Programmatic Model
$5,625,000
$4,886,773
$10,511,773
Transactional Model
Cost Analysis
-
-
-
=
=
=
6. Time
Minimizing development time is challenging, yet critical to maximizing asset value. Each day added
to a development plan diminishes the value for licensing or selling your molecule due to reductions in
potential product revenue and market exclusivity. Small delays can accumulate into a significant extension
in development time and can equate to 1.5 to 2 years of delay during the course of a full development
program.8
Multi-Vendor, Transactional Outsourcing
Improved communication and planning yields greater foresight.
Programmatic Outsourcing
Phase I
Parallel Indications
Dose Escalation -
Dose Expansion
Phase I FIH
CDA & Contract
Planning
Phase II POC
Planning
Phase III
Planning
Continuous Scientific Dialogue and Knowledge Transfer
Non-Clinical
Vendor 1
Phase I FIP
Vendor 2
Phase II POC
Vendor 4
Phase II/III
Vendors 2, 3 or 4
CDA &
Contract
Knowledge
Transfer
CDA &
Contract
Knowledge
Transfer
CDA &
Contract
Knowledge
Transfer
How much time did we “lose” in the development of our molecule? I’d
say almost 2 years over the course of the program.”8
A programmatic model improves communication between expert groups, adds insight and preserves
program and molecule knowledge, all of which saves time versus a transactional or multiple-vendor
approach.
▶▶ Improved Communication: Consider the time it takes for internal communication between project
team members, you and a single development partner. This dramatically increases with multiple
vendors supporting a program, and adds a heightened dimension of risk for miscommunication.
▶▶ Greater Foresight: Clear and early visibility to arising data and study results combined with
continuous planning throughout the full range of your services enables the development team to
address potential issues before they arise. Program/molecule knowledge is preserved and can be
communicated in context.
7. ▶▶ Speed: Improved communication, planning and foresight enables an accelerated development
program. This can translate into months and even years of time savings from lead candidate
selection through to proof of concept (POC®
).
Value
The benefits of cost savings, faster progress through milestones and a shorter time to key milestone (i.e.
IND/CTA, FIH, POC or NDA) using a programmatic drug development model are two-fold:
Maximized asset value
Enhanced corporate-level financial performance (i.e. reduced burn rate and extended runway).
~30%earlier
A programmatic model has the potential to save
an estimated 1 to 1.5 years from lead candidate
selection through to POC.
When we look at a deal, we are considering the value of the asset not
just the revenue forecast. If a biotech company we were considering as
a partner were to walk in with a comprehensive economic assessment
that included direct and indirect cost analysis, as well as the traditional
financials, I’d certainly take a more serious look. If you can show me
how you are working to increase the value of your molecule, that’s
interesting.”8
Evaluating asset-level value for a programmatic
versus transactional, multi-vendor development
approach begins with an assessment of
commercial potential. This could be NPV of
your asset at IND approval or at POC, or market-
based revenue assumptions. Corporate-level
assumptions can also be assessed to understand
theimpactspecifictoyourcompany’soperations
and financial performance.
Consider your asset
and corporate-level
inputs specific to
your molecule/
company.
Peak Annual Sales of
Asset
Asset
$200,000,000
2038
Year of Start of Service 2018
Year of Loss of
Exclusivity
Years to Peak Sales
from Launch
6
Share Loss Post Loss
of Exclusivity
65%
Cost of Capital 18%
8. Specific metrics can be modeled to evaluate the relative value offered by each approach. It is important to
include the following in your assessment:
▶▶ Asset-Level Value Metrics: Financing metrics that quantify the revenue and asset value.
• Cumulative product revenue
• Present value (PV) of cash flows
• NPV of contribution margin
• Risk-adjusted NPV (rNPV)
• Break even analysis
Asset value increases demonstrably with a programmatic vs. transactional model.
▶▶ Corporate-Level Metrics: Analysis of the relative value offered by each approach and the impact on
corporate financial performance metrics.
• Burn Rate
• Available cash
• Runway
Based on the side-by-side comparison in our small
molecule critical-path development scenario,
following a programmatic model, while maintaining
a similar burn rate, decreases the period of spend
and increases the corporate runway.9
According to
one executive-level drug developer, “Available cash
and runway are important metrics to me. They tell
me how efficiently I’m using our resources. The
longer I can extend my runway the greater the time
I have to build value and ink a deal.”8
The programmatic model conserves available
cash and sustains corporate runway.
Savings
Programmatic
Model
Transactional
Model
Runway at Completion of Program
$6.8
Runway at Completion
of Program (Years)
$3,622,339
Cash Available at End
of Program
$26.9
$28,028,566
$20.1
$24,406,227 -
-
=
=
Savings
Programmatic
Model
Transactional
Model
Burn Rate
$174,105
Annual Burn Rate
(w/Overhead) $1,040,994$1,215,099 - =
9. Conclusion
Buildingvalueistheprimarygoaloftoday’sbiotechcompanyCEO.Throughconsideredeconomicanalysis,
the benefits of a programmatic model compared to a transactional approach are clear. Programmatic drug
development offers flexibility, quantifiable cost savings (both direct and indirect) and most importantly,
time savings, all of which can build greater tangible value, more quickly for your asset.
Criterion Programmatic Transactional
Flexibility
Cost
Time
Value
Make an Easy Economic Assessment of Your Program
To understand the value that a programmatic approach to drug development can provide for your
program, a Covance business development director will partner with you to compare the economic value
of a programmatic versus transactional approach using our Drug Development Economic Valuator™.
This unique tool easily enables you to evaluate direct costs (i.e., costs paid outright for services) as
well as indirect costs (i.e. internal FTEs) needed to support your development program. Using a drug
development critical-path analysis approach, time savings and the economic value of time on your asset
can be compared, as well as the impact on corporate-level financial performance metrics – such as burn-
rate, NPV of your asset, optimal timing to license or exit, and other key decision metrics.
Covance provides flexible, comprehensive and integrated drug development solutions that can save you
time and maximize your asset value. To learn more about our programmatic model and Drug Development
Economic Valuator™, contact your Covance business development representative.
10. About Covance
Covance, the drug development business of Laboratory Corporation of America Holdings (LabCorp), is the
world’s most comprehensive drug development company, dedicated to advancing healthcare by providing
high-quality nonclinical, clinical and commercialization services to pharmaceutical and biotechnology
companies to help reduce the time and costs associated with drug development. With broad experience
and specialized expertise, we’re in a unique position to supply insights that go above and beyond testing.
We have helped pharmaceutical and biotech companies develop each of the top 50 prescription drugs in
the marketplace today.
We also offer laboratory testing services to the chemical, agrochemical and food industries and are
a market leader in toxicology services, central laboratory services, discovery services and a top global
provider of Phase III clinical trial management services.
Together with our clients, we create solutions that
transform potential into reality.