Global Cancer CDK Inhibitors Market & Clinical Pipeline Outlook 2022
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“Global Cancer CDK Inhibitors Market & Clinical Pipeline Outlook 2022” report gives comprehensive insight on clinical and non-clinical parameters related to emergence and growth of CDK inhibitors in cancer therapy. As per report findings, CDK inhibitors have emerged as new growth frontier for the organizations involved in the research, development, licensing and commercialization of targeted cancer therapies. There are 2 CDK inhibitors commercially available in the market for the treatment of cancer and more than 45 CDK inhibitors are in various phases of clinical pipeline.
“Global Cancer CDK Inhibitors Market & Clinical Pipeline Outlook 2022” report highlights:
Cyclin Dependent Kinase (CDK) Inhibitors are considered as promising and immensely effective targeted therapy of the future as it aims at targeting the tumor cell formation at its root level, before it can progress to affect other healthy cells of the body. In addition, it has opened up multiple opportunities and avenues for the life sciences industry to work upon due to the vast diversity and variations seen in the CDK pathways and their specific role and response in various types of tumors, thus suggesting the need of different types of inhibitors for different cancer therapies.
Currently, Pfizer’s Ibrance is the only successfully market drug that has shown impressive growth in within two years of its introduction into the cancer therapy segment. Ibrance or Palbociclib first received an accelerated approval in February 2015, becoming the first CDKs inhibitor to receive approval for breast cancer therapy. In just two years Ibrance has shown excellent growth with time which is sure to make Ibrance the dominant CDKs inhibitor in the breast cancer therapy segment.
The recent advances in the discovery of newer cyclin pathways and their inhibitors have opened up new avenues in the CDKs therapy market. Multiple companies are now currently working on various therapeutics that have shown some kind of novel response in stopping or inhibiting the cell cycle. While it is obvious that Pfizer’s Ibrance is currently the most effective drug in breast cancer tumor management, it is expected that Eli Lilly and Novartis are currently working on much better therapeutic having higher overall efficacy than the Ibrance.
A strong clinical pipeline presents an encouraging scenario regarding the future of a particular therapeutic like the CDK inhibitor. The intense research and development in the CDK inhibitor segment has led to many of these newly discovered compounds showing excellent results in various phase of the clinical trials. While very few CDKs have come out of the clinical pipeline and showed excellent commercial success, many of the inhibitors are anticipated to be a blockbuster drug once they come out of the clinical pipeline.
With the advancement in science and further knowledge about the technical know-how of the cyclin dependent kinase and cell cycle, the ability and potential of CDKs inhibitor as cancer therapeutic is bound to improve. Previous success of approved CDKs inhibitors like Ibrance has shown the immense market potential of the CDKs inhibitor market which largely remains untapped, especially in the developing countries which are bound to show an increased demand for effective cancer therapeutic like the CDKs in the future.
“Global Cancer CDK Inhibitors Market & Clinical Pipeline Outlook 2022” report gives comprehensive insight on clinical and non-clinical parameters related to emergence and growth of CDK inhibitors in cancer therapy. As per report findings, CDK inhibitors have emerged as new growth frontier for the organizations involved in the research, development, licensing and commercialization of targeted cancer therapies. There are 2 CDK inhibitors commercially available in the market for the treatment of cancer and more than 45 CDK inhibitors are in various phases of clinical pipeline.
“Global Cancer CDK Inhibitors Market & Clinical Pipeline Outlook 2022” report highlights:
- Selectivity & Working Mechanism of a Cancer CDKs Inhibitor
- Recent Advances in the CDKs Related Cancer Therapy
- Global Cancer CDK Inhibitors Clinical Trials Insight: 45 Drugs in Pipeline
- Market Opportunity Assessment: More Than US$ 20 Billion (2022)
- Price Analysis of Cancer CDKs Inhibitors:
- Sales Analysis of Available Drugs: More Than US$ 2 Billion (2017)
Cyclin Dependent Kinase (CDK) Inhibitors are considered as promising and immensely effective targeted therapy of the future as it aims at targeting the tumor cell formation at its root level, before it can progress to affect other healthy cells of the body. In addition, it has opened up multiple opportunities and avenues for the life sciences industry to work upon due to the vast diversity and variations seen in the CDK pathways and their specific role and response in various types of tumors, thus suggesting the need of different types of inhibitors for different cancer therapies.
Currently, Pfizer’s Ibrance is the only successfully market drug that has shown impressive growth in within two years of its introduction into the cancer therapy segment. Ibrance or Palbociclib first received an accelerated approval in February 2015, becoming the first CDKs inhibitor to receive approval for breast cancer therapy. In just two years Ibrance has shown excellent growth with time which is sure to make Ibrance the dominant CDKs inhibitor in the breast cancer therapy segment.
The recent advances in the discovery of newer cyclin pathways and their inhibitors have opened up new avenues in the CDKs therapy market. Multiple companies are now currently working on various therapeutics that have shown some kind of novel response in stopping or inhibiting the cell cycle. While it is obvious that Pfizer’s Ibrance is currently the most effective drug in breast cancer tumor management, it is expected that Eli Lilly and Novartis are currently working on much better therapeutic having higher overall efficacy than the Ibrance.
A strong clinical pipeline presents an encouraging scenario regarding the future of a particular therapeutic like the CDK inhibitor. The intense research and development in the CDK inhibitor segment has led to many of these newly discovered compounds showing excellent results in various phase of the clinical trials. While very few CDKs have come out of the clinical pipeline and showed excellent commercial success, many of the inhibitors are anticipated to be a blockbuster drug once they come out of the clinical pipeline.
With the advancement in science and further knowledge about the technical know-how of the cyclin dependent kinase and cell cycle, the ability and potential of CDKs inhibitor as cancer therapeutic is bound to improve. Previous success of approved CDKs inhibitors like Ibrance has shown the immense market potential of the CDKs inhibitor market which largely remains untapped, especially in the developing countries which are bound to show an increased demand for effective cancer therapeutic like the CDKs in the future.
1. CYCLIN DEPENDENT KINASE INHIBITORS –AN INTRODUCTION TO A PROMISING CANCER THERAPEUTIC
1.1 History of Discoveries Leading to Cyclin Dependent Kinase Inhibitor Drug
1.2 An Insight into Cell Cycle, Cyclin & the Role of CDKs
1.3 Cyclin Dependent Kinase Inhibitors for Cancer - An Overview
2. CYCLIN DEPENDENT KINASE PATHWAY AS TARGETS FOR CANCER THERAPY
2.1 CDK Pathway & Cell Cycle Checkpoints
2.2 Role of Cyclin Dependent Kinases in Carcinogenesis
2.3 Cyclin Dependent Kinases Associated With Various Cancers
3. SELECTIVITY & WORKING MECHANISM OF A CANCER CDKS INHIBITOR
4. TYPES OF CDK INHIBITORS
4.1 ATP Competitive CDK Inhibitors
4.2 ATP Non Competitive Inhibitors
4.3 Allosteric Inhibitors
5. RECENT ADVANCES IN THE CDKS RELATED CANCER THERAPY
5.1 CDK 4/6 in Breast Cancer
5.2 Role of CDKs in Hematological Malignancies
6. CDK INHIBITORS AS COMBINATIONAL CANCER THERAPEUTIC
7. CURRENT MARKET SCENARIO OF CANCER CDKS INHIBITORS
7.1 Commercial Aspects of CDKs Inhibitor
7.2 Key Market Players in the Cancer CDKs Inhibitor Market
7.3 Global Cancer CDK-Inhibitors Pipeline Overview
8. MARKETED CANCER CDK INHIBITORS CLINICAL INSIGHT
8.1 Palbociclib (Ibrance)
8.2 Ribociclib (Kisqali)
9. PRICE ANALYSIS OF CANCER CDKS INHIBITORS
9.1 Commercially Available CDK Inhibitors Price Analysis
9.1.1 Cost of Approved Cancer CDKs Inhibitor
9.1.2 Average Cost of CDKs Inhibitors Currently Under Research
9.2 Comparison of Cancer CDKs inhibitor to other Cancer Drugs & Therapies
10. DRIVING FACTORS OF THE CANCER CDKS INHIBITORS MARKET
10.1 Accelerated Approval of Previously Introduced CDKs Inhibitor for Breast Cancer- Ibrance
10.2 Increasing Prevalence of Cancer
10.3 Presence of a Robust Clinical Pipeline
10.4 Advancement in Research & Development
10.5 High Unmet Medical Needs
11. CDK INHIBITORS MARKET CHALLENGES
11.1 High Cost Factor Associated with Cancer CDKs Inhibitor
11.2 Scientific & Technical Limitations
11.3 Side Effects & unreliable Efficacy
11.4 Competition from other Cancer Therapeutic Segments
11.5 Slow FDA Approvals
11.6 Commercial Challenges
12. ANTICIPATION REGARDING THE FUTURE OF CDKS INHIBITOR CANCER THERAPY MARKET
13. GLOBAL CANCER CDK INHIBITORS CLINICAL TRIALS INSIGHT BY COMPANY, INDICATION & PHASE
13.1 Preclinical
13.2 Phase-I
13.3 Phase-I/II
13.4 Phase-II
13.5 Phase-III
13.6 Preregistration
14. COMPETITIVE LANDSCAPE
14.1 Amgen
14.2 Anygen
14.3 Astex
14.4 Bayer Pharmaceuticals
14.5 BioCAD
14.6 Cyclacel
14.7 Eli – Lilly
14.8 G1 Therapeutics
14.9 Nerviano Medical Science
14.10 Merck
14.11 Pfizer
14.12 Piramal Life
14.13 Syros Pharmaceuticals
14.14 Sanofi-Aventis
1.1 History of Discoveries Leading to Cyclin Dependent Kinase Inhibitor Drug
1.2 An Insight into Cell Cycle, Cyclin & the Role of CDKs
1.3 Cyclin Dependent Kinase Inhibitors for Cancer - An Overview
2. CYCLIN DEPENDENT KINASE PATHWAY AS TARGETS FOR CANCER THERAPY
2.1 CDK Pathway & Cell Cycle Checkpoints
2.2 Role of Cyclin Dependent Kinases in Carcinogenesis
2.3 Cyclin Dependent Kinases Associated With Various Cancers
3. SELECTIVITY & WORKING MECHANISM OF A CANCER CDKS INHIBITOR
4. TYPES OF CDK INHIBITORS
4.1 ATP Competitive CDK Inhibitors
4.2 ATP Non Competitive Inhibitors
4.3 Allosteric Inhibitors
5. RECENT ADVANCES IN THE CDKS RELATED CANCER THERAPY
5.1 CDK 4/6 in Breast Cancer
5.2 Role of CDKs in Hematological Malignancies
6. CDK INHIBITORS AS COMBINATIONAL CANCER THERAPEUTIC
7. CURRENT MARKET SCENARIO OF CANCER CDKS INHIBITORS
7.1 Commercial Aspects of CDKs Inhibitor
7.2 Key Market Players in the Cancer CDKs Inhibitor Market
7.3 Global Cancer CDK-Inhibitors Pipeline Overview
8. MARKETED CANCER CDK INHIBITORS CLINICAL INSIGHT
8.1 Palbociclib (Ibrance)
8.2 Ribociclib (Kisqali)
9. PRICE ANALYSIS OF CANCER CDKS INHIBITORS
9.1 Commercially Available CDK Inhibitors Price Analysis
9.1.1 Cost of Approved Cancer CDKs Inhibitor
9.1.2 Average Cost of CDKs Inhibitors Currently Under Research
9.2 Comparison of Cancer CDKs inhibitor to other Cancer Drugs & Therapies
10. DRIVING FACTORS OF THE CANCER CDKS INHIBITORS MARKET
10.1 Accelerated Approval of Previously Introduced CDKs Inhibitor for Breast Cancer- Ibrance
10.2 Increasing Prevalence of Cancer
10.3 Presence of a Robust Clinical Pipeline
10.4 Advancement in Research & Development
10.5 High Unmet Medical Needs
11. CDK INHIBITORS MARKET CHALLENGES
11.1 High Cost Factor Associated with Cancer CDKs Inhibitor
11.2 Scientific & Technical Limitations
11.3 Side Effects & unreliable Efficacy
11.4 Competition from other Cancer Therapeutic Segments
11.5 Slow FDA Approvals
11.6 Commercial Challenges
12. ANTICIPATION REGARDING THE FUTURE OF CDKS INHIBITOR CANCER THERAPY MARKET
13. GLOBAL CANCER CDK INHIBITORS CLINICAL TRIALS INSIGHT BY COMPANY, INDICATION & PHASE
13.1 Preclinical
13.2 Phase-I
13.3 Phase-I/II
13.4 Phase-II
13.5 Phase-III
13.6 Preregistration
14. COMPETITIVE LANDSCAPE
14.1 Amgen
14.2 Anygen
14.3 Astex
14.4 Bayer Pharmaceuticals
14.5 BioCAD
14.6 Cyclacel
14.7 Eli – Lilly
14.8 G1 Therapeutics
14.9 Nerviano Medical Science
14.10 Merck
14.11 Pfizer
14.12 Piramal Life
14.13 Syros Pharmaceuticals
14.14 Sanofi-Aventis
LIST OF FIGURES
Figure 1-1: Timeline Depicting CDK's Development
Figure 1-2: Cyclin - The Key Regulators of Cell Cycle
Figure 1-3: Cyclin Dependent Kinase and Their cyclin Regulatory Subunits
Figure 2-1: Tumor Proliferation Due to Hyperactive Kinase
Figure 3-1: Mechanism of Cell Cycle Inhibition by a CDKs Inhibitor
Figure 4-1: Allosteric Inhibitors in Action
Figure 5-1: Flowchart depicting CDK 4/6 Inhibitor in Action
Figure 5-2: CDK 4/6 Inhibition Preventing Tumor Proliferation
Figure 7-1: Global - Ibrance CDK Inhibitor Revenue (US$ Billion), 2017
Figure 7-2: Global - Cancer CDK Inhibitors Pipeline by Phase (%), 2017 till 2022
Figure 7-3: Global - Cancer CDK Inhibitors Pipeline by Phase (Number), 2017 till 2022
Figure 7-4: Global - Cancer CDK Inhibitors Pipeline by Phase (%), 2017 till 2022
Figure 7-5: Global - Cancer CDK Inhibitors Pipeline by Phase (Number), 2017 till 2022
Figure 9-1: Global- Ibrance Revenue (US$ Million), Q1’2015-Q2’2017
Figure 9-2: Ibrance- Average Treatment Cost (US$), 2017
Figure 9-3: Kisqali – Average Treatment Cost (US$), 2017
Figure 9-4: Abemaciclib - Average Treatment Cost (US$), 2017
Figure 9-5: Seliciclib- Price Analysis by 10mg, 50mg & 200mg Tablet for CDK5 Inhibitor (US$), 2017
Figure 9-6: Dinaciclib - Price Analysis by 5mg, 25mg & 50mg Tablet for CDK1/2, CDK5 & CDK9 Inhibitor (US$), 2017
Figure 9-7: SNS-013-Price Analysis by 5mg, 10mg & 50mg Tablet for CDK 7/9/2 Inhibitor (US$), 2017
Figure 9-8: Milciclib- Price Analysis by 5mg & 10mg Tablet for CDK 2/7/4/5 Inhibitor (US$), 2017
Figure 9-9: Flavopiridol -Price Analysis by 5mg, 25mg & 100mg Tablet for CDK 1/2/4/6 Inhibitor (US$), 2017
Figure 9-10: Comparative Price of Approved CDKs Inhibitors (US$/Month), 2017
Figure 9-11: Comparative Cost Analysis - Average Price of Existing Breast Cancer Drugs & CDK inhibitors (US$) , 2017
Figure 9-12: Comparative Cost Analysis - CDK Inhibitor (Ibrance) & other Targeted Therapy Drugs (US$), 2017
Figure 9-13: Comparative Cost Analysis - CDK Inhibitors & Commonly Recommended Cancer Therapeutics (US$), 2017
Figure 9-14: Comparative Cost Analysis - CDKs Inhibitor & the Best Available Therapy for Breast Cancer (US$), 2017
Figure 10-1: Driving Factors of the Cancer CDKs Inhibitors Market
Figure 10-2: Global - Breast Cancer Incidence (‘000’), 2015
Figure 10-3: Global-Cancer Deaths (%), 2016
Figure 11-1: Global - Cancer CDK Inhibitors Market Challenge
Figure 12-1: Global- CDKs Inhibitors Market Revenue Forecast (US$ Billion), 2022
Figure 12-2: Global - Expected Market Share of CDKs Inhibitor (%), 2022
Figure 1-1: Timeline Depicting CDK's Development
Figure 1-2: Cyclin - The Key Regulators of Cell Cycle
Figure 1-3: Cyclin Dependent Kinase and Their cyclin Regulatory Subunits
Figure 2-1: Tumor Proliferation Due to Hyperactive Kinase
Figure 3-1: Mechanism of Cell Cycle Inhibition by a CDKs Inhibitor
Figure 4-1: Allosteric Inhibitors in Action
Figure 5-1: Flowchart depicting CDK 4/6 Inhibitor in Action
Figure 5-2: CDK 4/6 Inhibition Preventing Tumor Proliferation
Figure 7-1: Global - Ibrance CDK Inhibitor Revenue (US$ Billion), 2017
Figure 7-2: Global - Cancer CDK Inhibitors Pipeline by Phase (%), 2017 till 2022
Figure 7-3: Global - Cancer CDK Inhibitors Pipeline by Phase (Number), 2017 till 2022
Figure 7-4: Global - Cancer CDK Inhibitors Pipeline by Phase (%), 2017 till 2022
Figure 7-5: Global - Cancer CDK Inhibitors Pipeline by Phase (Number), 2017 till 2022
Figure 9-1: Global- Ibrance Revenue (US$ Million), Q1’2015-Q2’2017
Figure 9-2: Ibrance- Average Treatment Cost (US$), 2017
Figure 9-3: Kisqali – Average Treatment Cost (US$), 2017
Figure 9-4: Abemaciclib - Average Treatment Cost (US$), 2017
Figure 9-5: Seliciclib- Price Analysis by 10mg, 50mg & 200mg Tablet for CDK5 Inhibitor (US$), 2017
Figure 9-6: Dinaciclib - Price Analysis by 5mg, 25mg & 50mg Tablet for CDK1/2, CDK5 & CDK9 Inhibitor (US$), 2017
Figure 9-7: SNS-013-Price Analysis by 5mg, 10mg & 50mg Tablet for CDK 7/9/2 Inhibitor (US$), 2017
Figure 9-8: Milciclib- Price Analysis by 5mg & 10mg Tablet for CDK 2/7/4/5 Inhibitor (US$), 2017
Figure 9-9: Flavopiridol -Price Analysis by 5mg, 25mg & 100mg Tablet for CDK 1/2/4/6 Inhibitor (US$), 2017
Figure 9-10: Comparative Price of Approved CDKs Inhibitors (US$/Month), 2017
Figure 9-11: Comparative Cost Analysis - Average Price of Existing Breast Cancer Drugs & CDK inhibitors (US$) , 2017
Figure 9-12: Comparative Cost Analysis - CDK Inhibitor (Ibrance) & other Targeted Therapy Drugs (US$), 2017
Figure 9-13: Comparative Cost Analysis - CDK Inhibitors & Commonly Recommended Cancer Therapeutics (US$), 2017
Figure 9-14: Comparative Cost Analysis - CDKs Inhibitor & the Best Available Therapy for Breast Cancer (US$), 2017
Figure 10-1: Driving Factors of the Cancer CDKs Inhibitors Market
Figure 10-2: Global - Breast Cancer Incidence (‘000’), 2015
Figure 10-3: Global-Cancer Deaths (%), 2016
Figure 11-1: Global - Cancer CDK Inhibitors Market Challenge
Figure 12-1: Global- CDKs Inhibitors Market Revenue Forecast (US$ Billion), 2022
Figure 12-2: Global - Expected Market Share of CDKs Inhibitor (%), 2022
LIST OF TABLES
Table 2-1: CDK Aberrations Associated With Various Types of Cancer
Table 9-1: Monthly Cost Analysis of Available CDKs Inhibitor for Breast Cancer Therapy
COMPANIES MENTIONED
Amgen
Anygen
Astex
Bayer Pharmaceuticals
BioCAD
Cyclacel
Eli – Lilly
G1 Therapeutics
Nerviano Medical Science
Merck
Pfizer
Piramal Life
Syros Pharmaceuticals
Sanofi-Aventis
Table 2-1: CDK Aberrations Associated With Various Types of Cancer
Table 9-1: Monthly Cost Analysis of Available CDKs Inhibitor for Breast Cancer Therapy
COMPANIES MENTIONED
Amgen
Anygen
Astex
Bayer Pharmaceuticals
BioCAD
Cyclacel
Eli – Lilly
G1 Therapeutics
Nerviano Medical Science
Merck
Pfizer
Piramal Life
Syros Pharmaceuticals
Sanofi-Aventis
