1 NGS2019 – 13PFP Next Generation Sequencing (NGS) Market Size, Growth and Trends (2016-2022) – Table of Contents September 26 th, , 2019 5 th edition Information contained in this market report is believed to be reliable at the time of publication. DeciBio is not soliciting any action based on the information contained in this report. See appendix section for complete disclosures.
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1
NGS2019 – 13PFP
Next Generation Sequencing
(NGS) Market Size, Growth and
Trends (2016-2022)
– Table of Contents
September 26th,, 20195th edition
Information contained in this market report is believed to be reliable
at the time of publication. DeciBio is not soliciting any action based
on the information contained in this report. See appendix section for
complete disclosures.
2
NGS2019 – 13PFP
Agenda
• Table of Contents
3
NGS2019 – 13PFP
We forecast that the NGS manufacturer market will reach $4.4B in 2019, and
grow at 14% p.a. to $6.5B in 2022, driven by clinical applications (1 of 2)
Note: * Including third generation sequencing (single molecule NGS [e.g., Pacific Biosciences, Oxford Nanopore])
** Based on a comprehensive market model (see slide 11 in downloadable Table of Contents)
*** 4 additional players are modelled separately: ONT, BGI, QIAGEN, and Genapsys; other players (e.g., Agilent, NEB, Archer Dx) are modelled as a basket
Next Generation Sequencing (NGS)* has transformed the life sciences and diagnostics landscapes. This technology is used for
applications including human whole genome sequencing (WGS), whole exome sequencing (WES; 1-2% of the genome that
encodes proteins), targeted sequencing using panels of a few-to-thousands of genes, and expression profiling (i.e., RNA-Seq).
We forecast that the manufacturer market size will reach ~$4.4B in 2019, and grow at 14% p.a. to $6.5B in 2022, driven primarily
by adoption from clinical customers worldwide**. NGS has revolutionized not only medical research in academic laboratories and
biopharma, but also the health care landscape and applied markets (e.g., AgBio, food testing).
The fifth edition of this report reviews the market size, segmentation, growth and trends of the manufacturer NGS (i.e., excluding
NGS services [e.g., Foundation Medicine]) market. We assess the NGS market across 6 segments:
• Geography: U.S., Europe, China, Asia/Pacific (APAC), and Rest of the world (RoW)
For each segments, we provide the market size in 2016, 2019 and 2022, and commentary on key growth drivers and moderators.
Major factors driving future growth include:
• Accelerating adoption in clinical settings (both in clinical trial and routine testing) now representing about half of the market,
especially for clinical oncology across the patient journey from early (asymptomatic) detection (in trial stages at GRAIL,
Freenome, etc) to therapy selection (e.g., Guardant Health, Foundation Medicine), or therapy monitoring and cancer
recurrence testing (e.g., Natera)
• Increased reagent usage on an expanding instrument installed base across applications, especially for higher throughput
instruments (i.e., NovaSeq)
• Increased adoption of the technology by new customers (e.g., Applied markets such as AgBio, Biopharma for patient
stratification during clinical trials)
• Increased usage for new scientific applications built upon sequencing detection (e.g., [single cell] RNA-Seq, ChIP-Seq,
methylation studies, spatial profiling on NanoString GeoMx)
Abstract
4
NGS2019 – 13PFP
We forecast that the NGS manufacturer market will reach $4.4B in 2019, and
grow at 14% p.a. to $6.5B in 2022, driven by clinical applications (2 of 2)
Key factors moderating growth include:
• Excess capacity: previously installed instruments operating at 10-30% of capacity
• Pricing pressure has decreased cost per Gb moderating overall revenue growth, due to competitive pressure (particularly
from MGI), and the availability of more affordable instrument options (e.g., Illumina’s iSeq, Oxford Nanopore’s Flongle)
• Reimbursement uncertainty and pushback in clinical settings (due in part to lack of education even in some cases where
tests are covered by insurance companies) limiting access to the vast majority of clinical samples in the U.S.
• Out-of-pocket pay for some tests (60-80%) in China limiting adoption
• Continued bioinformatics and data analysis challenges, especially for structural variants or translational and clinical
applications (e.g., clinical variant interpretation), gating access to most potentially addressable samples
• Low growth in research funding in established markets
We also review interesting market trends, such as:
• Increased use of native long read technologies, most notably Oxford Nanopore
• Increased number (and scale) of population sequencing programs (e.g., Korea planning to sequence 1M genomes by 2029)
• Diversification of sequencing options driven by the launch of multiple new platforms by new players (e.g., BGI’s T7, Oxford
Nanopore’s PromethION, Genapsys GENIUS), and many additional companies with novel sequencers
• Consolidation of applications on increasingly differentiated platforms, based on their workflow, turnaround time and cost
(e.g., human WGS on NovaSeq, field-based pathogen sequencing on the MinION)
• Simplification of the overall workflow, with the launch of more automated instruments (e.g., S5) or automated sample
preparation instruments (e.g., Ion Chef, NeoPrep, VolTRAX), saving time, and increasing reproducibility
• Continued decentralization of sequencing runs driven by the availability of low cost desktop sequencers (e.g., MiSeq), but in
turn a centralization of sequencing volumes as high throughput platforms can cost-effectively run 10,000’s of samples
• Increasing use of service providers offering an alternative to in-house platform adoption, as many customers don’t have the
budget for or interest in large capital expenditures for such fast-evolving technologies
• Increasing number of players participating in this fast growing market, typically offering front end (sample preparation) or
backend (bioinformatics) solutions, with most targeting (clinical) oncology
• Increasing competitive intensity on dimensions others than cost per base pair (e.g., workflow, portability, clinical content)
Disclaimer: Some of the companies listed in this report may be DeciBio clients or customers
Abstract
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NGS2019 – 13PFP
This report is divided into the following sections
Introduction 2
Abstract 3
Table of Contents 5
4th Edition: What’s New? 6
Included / Excluded Technologies 7
Definitions & Methodologies 8
NGS Competitive Landscape 65
NGS Market by Competitor 66
NGS Manufacturer Market Positioning 67
Illumina 68
Thermo-Fisher 72
Roche 76
Pac-Bio 78
Long Read Solutions 82
Other Key Players 83
MGI 84
Oxford Nanopore 88
QIAGEN 93
Genapsys 95
Agilent (LaserGen) 96
NanoString 97
Other Select Players 98
Table of Contents
Executive Summary 13
NGS Market by Customers Type 14
NGS Market by Product Type 15
NGS Market by Application 16
NGS Market by Therapeutic Area 17
NGS Market by Competitor 18
NGS Market Analysis 19
NGS Market by Customer Type 20
NGS Market by Product Type 34
NGS Market by Application 39
NGS Market by Therapeutic Area 47
NGS Market by Geography 62
Appendix 108
NGS Platform Price & Performance 109
Abbreviations 110
Disclosure 113
About DeciBio 114
Key NGS Trends 101
Trends by Customer Type 102
Trends by Product Type 103
Trends by Application 104
Trends by Therapeutic Area 105
Trends by Geography 106
Trends by Competitors 107
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NGS2019 – 13PFP
5th edition: What’s new?*
Updated Content Key Changes to Market Numbers*
Updated Market Trends
Note: * Selected significant changes only; additional adjustments have been made based on primary and secondary research data analysis
** For this report, we worked under the assumption that the acquisition will go through; if not, the growth prospects of PacBio would be significantly gated, with
some experts believing that the company may be in jeopardy
• Incorporated the latest trends in the NGS manufacturer
market
• Updated market numbers in light of:
o Fast market growth in 2017 and 2018, but more limited
growth in 2019, as reflected on Illumina’s recent results
o Shift in Roche’s expected instrument launch timeline
(ending its agreement with PacBio)
o Progress and adoption for select competitors (e.g.,
Oxford Nanopore, MGI)
o Increased visibility in adoption of novel products (e.g.,
NovaSeq, GridION X5)
• Reassessed market trends for each of the market
segments analyzed, including:
o Customer types (expanded to 11)
o Product and platform types
o Applications and therapeutic areas
o Geographies
• Reevaluated the potential of high-growth applications
o Research applications (e.g., population genomics, single
cell genomics, microbiome research)
o Liquid biopsies (from early detection to monitoring)
• Updated market numbers based on secondary research
and latest trends up to Q2 2019
• Validated and refined our projections of growth rates for key
players, such as:
o Illumina: Market share loss, given increased competitive
intensity (and entrant starting from a low revenue base),
some saturation from high throughput customers, and
exposure to low growth research markets
o Thermo Fisher: Instrument share loss, given expected
competition in clinical decentralized settings, and in light of
the availability of AmpliSeq on Illumina instruments
o Oxford Nanopore (ONT): Excellent recent progress, turning
the corner in Oct. 2016 with the launch of its 9.4 chemistry,
and gaining traction across its product line
o PacBio: Eventful couple of years, but assuming return to
growth following an Illumina acquisition**
• Conducted a new forecast to 2022, taking into
consideration recent and future instrument launches
• Adjusted market size and growth for some markets
o RNA-Seq: Increased growth rate given the rapid adoption of
single cell RNA-Seq
o Therapeutic Area: Increased the relative spend from
oncology (vs. other TAs) customers, given the fast adoption
of liquid biopsy
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NGS2019 – 13PFP
This report assesses the WW market size, growth and trends of manufacturer
NGS market; it includes and excludes the following solutions
• DNA sample preparation instruments and solutions not
offered by sequencer manufacturers listed to the left
o Single cell prep offerings (e.g., 10X Genomics, Mission Bio)
• DNA fragmentation technologies
o Mechanical shearing (e.g., NGS BioRuptor, Covaris)
o Enzymatic fragmentation (e.g., fragmentase, transposase)
o Chemical fragmentation methods
• DNA mapping technologies
o Various scaffolding technologies (e.g., OpGen,
BioNanogenomics, Nabsys)
• Third party automation or bioinformatics support*
o Liquid handling instrument sales (e.g., Perkin Elmer’s NGS
Express Workstation)
o Hardware (e.g., BioTeam) or Software (e.g., Edico
Genomics) from third party companies
• Sequencing Services
o Clinical service providers (e.g., Sequenom, Illumina Verinata)
o Sequencing Service providers (e.g., Sales from core
facilities)
Note: * Or other forms of third party sales (e.g., companies offering bundled service contracts for multiple lab instrumentation, including NGS)
Source: DeciBio Analysis
Report Scope
• Sequencing instruments from established and emerging
manufacturers, including:
o Illumina
o Thermo Fisher (SOLiD, Ion Torrent)
o Pacific Biosciences
o Roche (454 Life Sciences, Genia)
o MGI
o Oxford Nanopore
o QIAGEN (Intelligent Biosystems)
o Genapsys
• Sequencing reagents and consumables from players listed
above and third party providers (e.g., NEB, ArcherDx)