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Carrier Screening Market Global Insights on Test Type, Disease Type, Restraints, Competitive Landscape and 2019 Top Trends: Orbis Research




Reading Time: 4 minutes has published “Carrier Screening Market-Growth, Trends, and Forecast (2019-2024)” research study to its database.

Dallas, Texas, Aug. 24, 2019 (GLOBE NEWSWIRE) — The major factors for the growth of the carrier screening market include the increasing emphasis on early disease detection and prevention, rising demand for personalized medicine, and increasing application of screening tests in genetic disorders, which is expected to experience a boost during the forecast period.

The earlier a disease is diagnosed, the more likely it can be cured or successfully managed. Treating the disease early could also make the disease easier to live with. Early disease detection helps people plan ahead, while they are still able to make important decisions regarding their health and support needs and on financial and legal matters. Genetic diseases, such as cystic fibrosis, sickle cell anemia, and Tay-Sachs disease, are inherited disorders. Carrier testing for such diseases can provide information about a couple’s risk of having a child with a genetic condition. Identification of the risk, prior to the onset of symptoms, is called predictive/presymptomatic testing. Many genetic disorders can be detected early during pregnancy. So, the consumer demand for safe and effective carrier tests is fueling the growth of this market. In addition, the adoption of carrier tests into regular clinical care offers a commercial advantage to the market. According to many studies, early detection of diseases can prevent them completely or at least decrease the complications of the diseases. Healthcare organizations in several countries are funding newborn screening to predict diseases, like cancers, which may occur later in adulthood.

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Scope of the Report

As per the scope of the report, carrier screening is a type of genetic test to identify the autosomal recessive genetic disorders, before or during a pregnancy stage. Further, it helps in identifying a child with a genetic disorder. The market is segmented on the basis of screening test type (molecular screening test/biochemical screening test), disease type (cystic fibrosis, Tay-Sachs disease, sickle cell disease, gaucher disease, spinal muscular atrophy, and other autosomal recessive genetic disorders). In developed countries, such as the United States, Germany, and France, among others, the demand for screening tests to detect the risk of genetic diseases is driving the market’s growth.

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Key Market Trends

Molecular Screening Test Segment by Test Type is Expected to Register Fastest Growth Rate during the Forecast Period

A molecular screening test identifies DNA mutations, which are variations in the genetic code that lead to decreased production of enzymes. It focuses on the mutations seen in one ethnic group. It involves a step-wise process of testing for common alleles, and if required, extensive gene analysis. Sequencing is a method of molecular screening, which is accomplished by reading across the DNA code of a specific gene to know if there are any known mutations. If the test results are negative, it reduces the chances that the individual is a carrier, however, it does not eliminate the chance of having a carrier gene, since it is possible that the mutation might not have been discovered yet through the current technology.

Some of the prominent recessive disorders for which molecular testing is beneficial are Canavan disease, Cystic fibrosis, GM1 gangliosidosis, spinal muscular atrophy, etc. With advancements in genetic analysis tools, like assays based on next-generation sequencing and microarray technologies, molecular diagnostics are revolutionizing the practice of medicine, by improving the prenatal and reproductive care, enabling earlier disease detection, and advancing the treatment for heritable diseases. There is an expansion of molecular testing, as it has the potential to increase testing accuracies through technical benefits for many targeted disorders that may not be suggested to biochemical testing.

North America accounted for the Largest Share in the Global Market

North America is found to hold a major share of the carrier screening market and is expected to show a similar trend over the forecast period, without significant fluctuations. Genetic disease is the leading cause of infant deaths in the United States, accounting for approximately 20% of the total annual infant mortality. Many advances in genomic medicine and technological platforms have made possible low-cost, pan?ethnic, expanded carrier screening that enables obstetric care providers to offer screening for over 100 recessive genetic diseases. However, the rapid integration of this genomic medicine into the routine obstetric practice has raised some concerns about the practical implementation of carrier testing. According to the Cystic Fibrosis Foundation, more than 30,000 people suffer from cystic fibrosis in the United States, and approximately 1,000 new cases of cystic fibrosis are diagnosed each year in the country. Thus, as the prevalence of genetic diseases is increasing every year, the usage of carrier screening is also expected to increase during the forecast period.

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Competitive Landscape

The presence of major market players, such as Abbott, F. Hoffmann-La Roche AG, Cepheid (Danaher Corporation), Illumina Inc., and Thermo Fisher Scientific Inc, in turn, is increasing the overall competitive rivalry of the market. Most of the market players are expanding their technologies through acquisitions and partnerships. For instance, in January 2017, Philips and Illumina collaborated to offer the integrated genomics solutions for oncology.

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IT Industry

Akerna Joins Forces with solo sciences to Create Transparency & Accountability in Response to Recent Vaping Deaths




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Both companies are teaming up to enable brands to track seed-to-sale and engage consumers to easily verify the authenticity of individual product units

DENVER, Sept. 19, 2019 (GLOBE NEWSWIRE) — Akerna Corp. (Nasdaq: KERN), a leading seed-to-sale regulatory compliance technology provider and developer of the cannabis industry’s first enterprise resource planning (ERP) software technology (MJ Platform®), announced today its exclusive partnership with solo sciences, inc., developer of the world’s first cryptographically-secure cannabis product authentication system. Together, they generate an unprecedented level of transparency and accountability to consumer packaged goods that drives product safety and consumer protection from counterfeit products by integrating the patented solo* tech platform with Akerna’s service offerings–MJ Platform and Leaf Data Systems.

The number of vaping-related casualties and illnesses continue to rise even weeks after the first headlines. There are now seven deaths and 380 cases in 36 states and the U.S. Virgin Islands. The State of California alone has reported 73 suspected cases and is the only state to record more than one death.

“Product and public safety through reliable traceability drove the creation of MJ Platform. Cannabis product tracking down to the gram level provides built-in transparency into the growing, processing, distribution and selling of cannabis products,” said Jessica Billingsley, Chief Executive Officer at Akerna. “The integration of solo sciences’ elevated tagging technology provides the first robust method for communicating everything we know about cannabis through our tracking – ingredients, nutrients, additives and more – to the consumer.

solo sciences’ goal is to protect the entire supply chain, from seed to shelf, for the brands that have spent millions crafting products and packaging to the consumers using their products. Solo sciences mission is to protect the growing population of consumers and prioritize safety in the marketplace.

Akerna’s MJ Platform and solo*CODE™: integrated innovative technology for consumers and brands, brings a consumer-facing mark designed to highlight authenticity and signify transparency.

  • MJ Platform – Akerna’s seed-to-sale system, provides transparency and accountability throughout the product lifecycle, capturing every interaction with the plant or product from cultivation to sales. Visibility is now extended to customers with the integration of the solo*CODE.
  • solo*CODE (a unique graphic ID or “fingerprint” for each package) can be directly integrated into ready-for-sale products, scanned via a free mobile app available to the public to validate product authenticity and provide accurate information about the product’s life-cycle while enabling the consumers to earn rewards across retailers and give feedback directly to the brand.
  • solo* mobile-first, patented tech platform leverages the power of today’s mobile devices by allowing the solo* app to scan the proprietary solo*CODE graphic mark to create a cryptographically secure closed-loop authentication system.

Akerna’s Leaf Data Systems and solo*TAG™ – an innovative, next generation solution for state governments to securely track product and waste throughout the supply chain. Leaf Data systems track and trace software provides:

  • Real-time data to cannabis cultivators, infused product producers, dispensaries and collectives; tightly integrated with solo*TAG. 
  • More transparency and accountability with Leaf Data’s closed loop between governments and licensees that eliminates alternate data collection sources, which reduces error, improves security and increases accountability. The advanced technology is also assigned to each plant, batch, inventory item and provides a chain-of-custody from seed-to-self for detailed transparency.
  • Less cost to licensees through solo science’s patented solo*TAG, a unique digital fingerprint that eliminates the need for expensive technologies like holograms and RFID. The solo*TAG can also cost a fraction of the cost of current tagging technology, reducing some of the compliance cost burden for cannabis licensees.
  • Mobile capabilities with solo*TAG being mobile-app enabled, Leaf Data is now the first mobile-enabled, seed-to-sale government traceability platform for cannabis businesses and for regulatory bodies.

Leaf Data currently supports state cannabis program operations that generate $722-million in taxes.The solution provided between Akerna Corp and solo sciences has recently been selected by the Utah Department of Health and Department of Agriculture as the tracking software used statewide for the newly approved medicinal cannabis program. As part of the deal, all Utah licensees — retail, wholesale, cultivation and manufacturing — will be required to use Leaf Data and solo*TAG for seed-to-sale tracking. As partners, Leaf Data and solo*TAG ensure the instant traceability of cannabis products. The move advances state regulations and ushers in a heightened level of consumer safety.

“Together with Akerna, we have simplified the work regulators and brands must do to protect consumer health because we have the ability to follow the product from creation to consumer,” said Ashesh “Alex” Shah, solo sciences’ founder and CEO. “Akerna’s creation of a transparent supply chain for one of the fastest emerging markets allows us to create trust in an industry that’s historically been so murky.”

To date, solo sciences’ has secured partnerships with 53 cannabis brands and is expected to ship more than 9M encoded units in 2019. Over the next year, the company plans to expand its reach, partnerships and packaging operations to become the new standard for cannabis authentication.

About Akerna Corp.
Akerna (Nasdaq: KERN) is a regulatory compliance technology company in the cannabis space. The cornerstones of Akerna’s service offerings are MJ Platform® and Leaf Data Systems®, which are highly-versatile platforms that provide clients and government entities with a central data management system for tracking regulated cannabis products—from seed to product to shelf to customer—through the complete supply chain. Since establishment in 2010, the company has tracked more than $16 billion in cannabis sales across 14 countries and has served clients in 29 states across the U.S. As part of its business strategy, Akerna intends to grow through targeted, strategic acquisitions that are complementary to its current business and organically by accelerating its product development efforts. Akerna is based in Denver. More information is available online at

About solo sciences, inc
Boston-based solo sciences provides next-generation anti-counterfeiting technology fused with a direct communication system between brands and consumers via solo*, its proprietary technology offerings, comprised of solo*TAG™ for supply-chain validation, a consumer-facing solo*CODE™ cryptographically secure trust mark, solo* mobile app, patented solo*ID®, and AI-driven backend system.

The solo sciences mission is to build confidence and establish trust among consumers, while enabling retailers and distributors to close the loop with creators and producers. For more information, visit

Akerna Media Contact
Jeannette Horton / Kimberly Brock

solo sciences Media Contact
Kayla Abbassi
VSC on behalf of solo sciences

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IT Industry

The University of Texas at El Paso Receives 2019 CMD-IT University Award for Retention of Minorities and Students With Disabilities in Computer Science




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CHICAGO, Sept. 19, 2019 (GLOBE NEWSWIRE) — The Center for Minorities and People with Disabilities in IT (CMD-IT) announced The University of Texas at El Paso (UTEP) as the recipient of the third annual CMD-IT University Award for Retention of Minorities and Students with Disabilities in Computer Science.  The University Award recognizes US institutions that have demonstrated a commitment and shown results for the retention of students from underrepresented groups in undergraduate Computer Science programs over the last five years. The award, sponsored by Microsoft, is focused on the following underrepresented groups: African Americans, Native Americans, Hispanics, and People with Disabilities.  UTEP received the award on September 19th at the 2019 ACM Richard Tapia Celebration of Diversity in Computing in San Diego, California.  The award included a $15,000 cash award.

The CMD-IT University Award decision was based on UTEP’s impressive quantitative reported results, which reflected high retention and graduation rates, and qualitative reporting on their various retention programs.  In particular, UTEP highlighted the following programs as directly impacting retention:

  • Computing Alliance of Hispanic-Serving Institution (CAHSI), which is led by UTEP and has been funded by the NSF Broadening Participation in Computing since 2006, is a consortium of over 40 institutions with a focus on the recruitment, retention, and advancement of Hispanics in Computing.    CAHSI has adopted a collective impact framework to support collaborative change through five key conditions: Common Agenda; Backbone Support; Continuous Communication; Mutually Reinforcing Activities; and Shared Measurement.
  • Implementation of the Affinity Research Group Model (ARG).  The ARG model, which was developed at UTEP in the late 1990’s, is a set of practices built on a cooperative team framework imbued with cooperative-learning principles, which have been shown to increase student achievement and self-esteem. ARG supports the creation and maintenance of dynamic and inclusive research groups in which students learn and apply the knowledge and skills required for research and cooperative work, emphasizing the conscious and explicit development of skills.  In addition to its application to research groups, ARG practices have been incorporated into classrooms in which structured team-based activities are needed.
  • Peer-Led Team Learning (PLTL) is a model of instruction for introductory STEM courses that introduces a peer-led workshop as an integral part of the course.   In PLTL, a student who was previously successful in the course is recruited to lead students in weekly workshops to problem solve and discuss course content. PLTL is known for its ability to help minority students succeed. PLTL is used in the first three introductory CS courses.
  • The CS Department’s NSF-funded Revolutionizing Engineering and Computer Science Education (RED) efforts in the areas of equity and inclusion, student professional development, and career pathways. 
  • Microsoft named El Paso a TechSpark City.  TechSpark is a national civic program aimed at fostering greater economic opportunity and job creation through partnerships with rural and smaller metropolitan communities, including digital transformation, digital skills and computer science education, career pathways, rural broadband, and support for nonprofits.

“CMD-IT is pleased to award the University of Texas El Paso with the CMD-IT University Award.  Their commitment to the retention of underrepresented minorities and people with disabilities through the implementation of innovative and effective programs is having a measurable impact.  They will share details of these programs at the Faculty Workshop on Friday September 20th at  the ACM Richard Tapia Celebration of Diversity in Computing Conference,” said Valerie Taylor, CMD-IT CEO and President.

“We want to express our immense gratitude for being named the recipient of the CMD-IT University Award for Retention of Minorities and Students with Disabilities in Computer Science. At UTEP, we have long recognized the importance of inclusion and equity as a means of advancing discovery. The unique perspectives of our 21st century student demographic and faculty are vital contributions to research and innovation. UTEP is currently at the forefront of an initiative to ensure Hispanics comprise 20 percent of graduates in computing disciplines, nationally, by 2030. UTEP’s recent designation as a top tier research institution affirms the ability of a university to conduct outstanding research while providing exemplary learning environments that graduate competitive students from underserved communities.  We greatly appreciate being recognized by an organization that shares our mission of providing opportunities for young people to achieve success. We look forward to collaborating with CMD-IT and other partners to continue to create pathways for diverse approaches in computing,” said Ann Gates, Professor and Chair of the Computer Science Department at The University of Texas at El Paso.

For more information, visit

About CMD-IT

The vision of CMD-IT is to contribute to the national need for an effective workforce in computing and IT through inclusive programs and initiatives focused on minorities and people with disabilities. CMD-IT’s vision is accomplished through its mission to insure that underrepresented groups are fully engaged in computing and IT and promotes innovation that enriches, enhances and enables underrepresented communities. For more information, please visit

Media Contact:  Jerri Barrett,

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IT Industry

CORRECTING and REPLACING — eSilicon Corporation




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SAN JOSE, Calif., Sept. 19, 2019 (GLOBE NEWSWIRE) — In a release issued under the same headline today by eSilicon Corporation, please note that in the headline of the release, it should be Seven-Meter and Five-Meter Samtec Cable Assemblies, not Seven-Meter and Three-Meter as previously stated. Additionally, in the third paragraph, it should be two 67cm AcceleRate® Slim Body Cable Assemblies, not 0.670cm as previously stated. The corrected release follows:

ECOC 2019: eSilicon to Demonstrate 7nm 58G DSP-Based SerDes Over Seven-Meter and Five-Meter Samtec Cable Assemblies

eSilicon, a leading provider of FinFET-class ASICs, market-specific IP platforms and advanced 2.5D packaging solutions, and Samtec, a leading global manufacturer of electronic interconnect solutions, will demonstrate eSilicon’s 7nm 58G DSP-based PAM4/NRZ SerDes capabilities for two challenging data center applications including an industry-first use of a seven-meter cable assembly from Samtec.

eSilicon and Samtec have co-developed system-level solutions that emulate next-generation data center architectures for typical 19-inch rack-mount applications.

In the first application, eSilicon will demonstrate its SerDes operation over two 67cm AcceleRate® Slim Body Cable Assemblies and a five-meter (16-foot) ExaMAX® Backplane Cable Assembly providing mid-board to backplane communications via a cabled backplane architecture from Samtec. This demonstration highlights eSilicon’s SerDes architecture’s flexibility in supporting independent data rates and protocols on each individual lane, e.g., 50G PAM4 Ethernet, 24G NRZ CPRI and proprietary protocols up to 58Gb/s.

In the second application, eSilicon will demonstrate rack-to-rack communications using ExaMAX® Backplane Connector paddle cards and a seven-meter (23-foot) ExaMAX Backplane Cable Assembly. This demonstration shows the performance, robustness and extremely low power consumption of eSilicon’s 7nm 58G PAM4 and NRZ full-DSP long-reach SerDes in an extreme-use case featuring a total insertion loss of 45dB bump to bump.

A broad set of monitoring and diagnostic tools are available through eSilicon’s SerDes evaluation module kit and its graphical user interface to control, observe and analyze signal quality and performance metrics across the link in real time, including:

  • Bit error rate (BER) monitor
  • Eye diagram monitor
  • Equalization capabilities
  • Error histogram monitor with post-FEC estimator

Where & When
ECOC 2019
eSilicon Booth 650
September 23-25
Dublin, Ireland

About ECOC
The ECOC Exhibition is the largest optical communications exhibition in Europe, held each September in a different European city. ECOC 2019 is the key meeting place for decision makers from across the fibre optic communications technology industry.

About Samtec
Founded in 1976, Samtec is a privately held, $822 MM global manufacturer of a broad line of electronic interconnect solutions, including High-Speed Board-to-Board, High-Speed Cables, Mid-Board and Panel Optics, Precision RF, Flexible Stacking, and Micro/Rugged components and cables. With 40+ locations serving approximately 125 countries, Samtec’s global presence enables its unmatched customer service. For more information, please visit

About eSilicon
eSilicon provides complex FinFET ASICs, market-specific IP platforms and advanced 2.5D packaging solutions. Our ASIC-proven, differentiating IP includes highly configurable 7nm 58G/112G SerDes plus networking-optimized 16/14/7nm FinFET IP platforms featuring HBM2 PHY, TCAM, specialized memory compilers and I/O libraries. Our neuASIC™ platform provides AI-specific IP and a modular design methodology to create adaptable, highly efficient AI ASICs. eSilicon serves the high-bandwidth networking, high-performance computing, AI and 5G infrastructure markets.

Collaborate. Differentiate. Win.™

eSilicon is a registered trademark, and the eSilicon logo, neuASIC and “Collaborate. Differentiate. Win.” are trademarks, of eSilicon Corporation. Other trademarks are the property of their respective owners.

Sally Slemons Nanette Collins Matthew Burns
eSilicon Corporation Public Relations for eSilicon Samtec
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