Genetron Health to Participate in China National Key Research and Development Project on Cancer Early Screening

On January 30, 2020 Genetron Health, a China-based precision oncology company that provides full cycle cancer management solutions, reported it was selected to participate in 2019 China National Key Research and Development Project led by the China National Center for Biotechnology Development, to support research on development and evaluation of liquid biopsy technology for early screening of cancer (Press release, Genetron Health Technologies, JAN 30, 2020, View Source [SID1234553714]).

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Led by the Cancer Hospital Chinese Academy of Medical Sciences, this research, which is part of the 2019 China National Key Research and Development Project, aims for a technology breakthrough in liquid biopsy technology of early screening and treatment of malignancy by December 2021, which would establish a high-sensitivity, high-specificity, high-efficiency, and cost-effective diagnosis technology system.

As a pioneer in the innovation of cancer early screening technology, Genetron Health will leverage its independently developed Mutation Capsule technology to detect tumor-specific mutations and methylation in cell free DNA (cfDNA) , and establish models for cancer early diagnosis.

In addition, Genetron Health plans to commercialize the early screening product by conducting prospective cohort studies on a large sample size regarding lung cancer and digestive system cancers in selected areas. Study results will be compared and examined against widely applied screening technologies and will apply for IVD registration as testing assays.

In 2019, Proceedings of the National Academy of Sciences of the USA (PNAS) published promising results of a pilot study on a liver cancer early screening study using cfDNA and protein markers, a collaborative effort between Genetron Health and the National Cancer Center/ Cancer Hospital Chinese Academy of Medical Sciences.

"Genetron Health is working diligently to develop technologies and products for early screening of malignancy," said Mr. Sizhen Wang, co-founder and CEO of Genetron Health, "The company is expanding the early screening technology platform to cover multiple cancers, accelerating the design of new assays and starting the commercialization to benefit the public."

Getinge Full Year Report 2019: Continued Growth, Higher Margins and Strengthened Cash Flow

On January 30, 2020 Getinge reported Our organic sales growth continued in the fourth quarter and it was particularly good to see the strong performance of our three largest markets – the US, China and Germany," says Mattias Perjos, President & CEO (Press release, Getinge, JAN 30, 2020, View Source [SID1234553730]). "We improved the margins and the cash flow both in the quarter and for the full year, and the balance sheet was strengthened."

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The order intake for the business area Surgical Workflows was slightly lower than Q4 2018, mainly related to the weak start to the quarter in Americas and APAC. The quarter ended on a strong note for Getinge and total order bookings were better than at the end of 2018. In 2020 net sales is expected to increase organically by 2-4%.

The gross margin for the quarter was positively impacted by a favorable sales mix, higher productivity and currency effects.

"This has contributed to a strengthened operating margin year-on-year. It is positive that we are starting to see the results of our focused efforts and we are now entering 2020 with continuous focus on strengthening the business and on creating increased value for our customers", says Mattias Perjos.

October – December 2019 in brief

Net sales increased by 1.8% organically and the order intake rose by 0.9% organically.
Adjusted gross profit amounted to SEK 4,304 M (3,790) and the margin was 50.6% (48.0). IFRS 16 had a positive effect of SEK 31 M on adjusted gross profit.
Adjusted EBITA amounted to SEK 1,673 M (1,412) and the adjusted EBITA margin was 19.7% (17.9). IFRS 16 had a positive effect of SEK 4 M on adjusted EBITA.
Adjusted earnings per share amounted to SEK 3.84 (3.47). The effect of IFRS 16 was SEK -0.01 per share.
The acquisition of Applikon Biotechnology B.V. – a leading company in advanced bioreactor systems for biopharmaceutical research and production – was completed after the end of the reporting period (January 3, 2020).
January – December 2019 in brief

Net sales increased by 3.9% organically and the order intake rose by 4.1% organically.
Adjusted gross profit amounted to SEK 13,401 M (11,943) and the margin was 50.5% (49.4). IFRS 16 had a positive effect of SEK 116 M on adjusted gross profit.
Adjusted EBITA amounted to SEK 3,310 M (2,689) and the adjusted EBITA margin was 12.5% (11.1). IFRS 16 had a positive effect of SEK 13 M on adjusted EBITA.
Adjusted earnings per share amounted to SEK 7.02 (5.91). The effect of IFRS 16 was SEK -0.03 per share.
A dividend per share of SEK 1.50 (1.00) is proposed, which amounts to SEK 409 M (272).
Teleconference

A conference call will be held on January 30, 2020 at 10.00-11.00 a.m. CET hosted by Mattias Perjos, President & CEO and Lars Sandström, CFO.

Roche reports very strong results in 2019

On January 30, 2020 Roche reported very strong results in 2019 (Press release, Hoffmann-La Roche, JAN 30, 2020, View Source [SID1234553680]).

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Outlook for 2020: Sales are expected to grow in the low- to mid-single digit range, at constant exchange rates . Core earnings per share are targeted to grow broadly in line with sales, at constant exchange rates. Roche expects to further increase its dividend in Swiss francs.

Commenting on the Group’s results, Roche CEO Severin Schwan said: "In 2019, Roche achieved excellent operating results. I am delighted about the launches of our new cancer medicines Polivy and Rozlytrek, additional indications for Tecentriq and Kadcyla and priority review of risdiplam, our new medicine for a neurological disorder. Based on the progress made in rejuvenating our portfolio, Roche is very well positioned to grow going forward. For 2020 we expect sales growth in the low- to mid-single digit range in spite of the even greater impact of the competition from biosimilars."

Group results
In 2019, Group sales rose 9% to CHF 61.5 billion and core EPS grew 13%, ahead of sales. The core operating profit increased 11%, reflecting the strong underlying business performance. The IFRS net income increased 32%, due to strong underlying operating results and the base effect of high goodwill impairments in 2018.

Sales in the Pharmaceuticals Division increased 11% to CHF 48.5 billion. Key growth drivers were the multiple sclerosis medicine Ocrevus, the new haemophilia medicine Hemlibra and cancer medicines Tecentriq and Perjeta. The strong uptake of newly introduced medicines generated CHF 5.4 billion in growth, more than offsetting the impact of the competition from biosimilars for MabThera/Rituxan and Herceptin in Europe and Japan (decline combined CHF 1.2 billion) and MabThera/Rituxan, Herceptin and Avastin in the US (estimated decline CHF 0.3 billion).

In the US, sales increased 13%, led by Ocrevus, Hemlibra and Tecentriq. Ocrevus sales were driven by the demand from both new and returning patients. The first biosimilar versions of MabThera/Rituxan, Herceptin and Avastin were launched in the market later in the year.

In Europe, sales stabilised as the strong demand for new medicines, including Ocrevus, Perjeta, Tecentriq, Alecensa and Hemlibra was able to offset the impact of lower sales of Herceptin (-43%) and MabThera/Rituxan (-33%).

Growth in Japan (+9%), was also driven by recently launched products, despite considerable competition from biosimilars. The launches of first biosimilar versions of Avastin in late 2019 had a limited impact on sales in the reporting period.

In the International region, sales grew 15%, mainly driven by a significant increase in the number of patients benefiting from Roche cancer drugs in China with strong sales of Herceptin, Avastin and MabThera/Rituxan.

Diagnostics Division sales increased 3% to CHF 12.9 billion. The business area Centralised and Point of Care Solutions (+3%) was the main contributor, with growth driven by the immunodiagnostics business. Growth was reported in Asia-Pacific (+6%), Latin America (+12%) and EMEA2 (+2%). In North America, sales were stable.

In December, Roche completed the acquisition of Spark Therapeutics, Inc. (Spark Therapeutics), based in Philadelphia, USA. Spark Therapeutics’s investigational gene therapies have the potential to provide long-lasting effects, dramatically and positively changing the lives of patients with conditions where no, or only palliative, therapies exist. Greater understanding of the human genome and genetic abnormalities have allowed Spark Therapeutics’s scientists to tailor investigational therapies to patients suffering from very specific genetic diseases. This approach holds great promise in developing effective treatments for a host of inherited diseases, including blindness, haemophilia, lysosomal storage disorders and neurodegenerative diseases.

Also in December, Roche signed a licensing agreement with Sarepta Therapeutics, Inc., providing Roche with exclusive commercial rights to SRP-9001, Sarepta’s investigational gene therapy for Duchenne muscular dystrophy (DMD), outside the US. DMD is an X-linked rare degenerative neuromuscular disorder causing severe progressive muscle loss and premature death. SRP-9001 is currently in clinical development for DMD.

Regulatory achievements
In 2019, regulators around the globe granted approvals for new Roche medicines, line extensions of existing medicines and new tests or recommended the approval of our products. These decisions are important milestones in our efforts to rejuvenate our portfolio.

Key development milestones
Our pipeline delivered a strong, constant flow of positive study results – the basis for Roche’s future growth.
Achievements in the fourth quarter of 2019

Positive results from the phase III IMbrave150 study evaluating Tecentriq in combination with Avastin show
statistically significant and clinically meaningful improvements in overall survival (OS) and progression-free survival (PFS), compared with sorafenib, in people with unresectable hepatocellular carcinoma (HCC) who have not received prior systemic therapy.

The phase II Nobility study of Gazyva/Gazyvaro for adults with proliferative lupus nephritis met the primary endpoint with Gazyva/Gazyvaro, in combination with standard of care (mycophenolate mofetil or mycophenolic acid and corticosteroids), demonstrating superiority compared to placebo plus standard of care

Diagnostics – key launches in the fourth quarter of 2019
In November, Roche announced the launch of the cobas mobile solution, an innovative tablet application, making it possible for laboratory personnel to stay connected at all times. Enabling faster decision-making and enhancing the walk away time, the cobas mobile solution allows laboratory personnel to interact directly with their analysers from anywhere in the lab, thereby improving efficiency and convenience.3

In December, the Accu-Chek SugarView app received the CE Mark, allowing the launch of this innovative diabetes management solution in Europe and countries around the world accepting the CE Mark. Now officially classified as in-vitro diagnostics (IVD) software, the app will be made widely accessible by Roche initially for certain smartphone models via the Google Play Store, thus enabling broader access to therapyrelevant information for non-insulin dependent people with type 2 diabetes or pre-diabetes.

Key pharmaceutical products in 2019
Avastin (+4%). For advanced colorectal, breast, lung, kidney, cervical and ovarian cancer, and relapsed glioblastoma (a type of brain tumour). The sales growth was driven by the International region (+13%), in particular in China due to increased numbers of patients treated. In the US (+2%), continued sales growth was seen in all approved indications, with sales growing at 9% through the first six months of 2019 but impacted by the first biosimilar launch in July 2019.

MabThera/Rituxan (-4%). For forms of blood cancer, rheumatoid arthritis and certain types of vasculitis. In Europe (-33%) and in Japan (-44%), sales were affected by biosimilars. In the US, sales increased 3%, with growth in both the immunology and oncology segments and also driven by the subcutaneous formulation. In the US, the first biosimilar version of MabThera/Rituxan was launched in November 2019, which has had 7/11 only a limited impact on sales so far. In China, growth resulted from increased numbers of patients treated.

Herceptin (-12%). For HER2-positive breast cancer and HER2-positive metastatic gastric cancer. Sales were impacted by biosimilar launches in Europe and Japan from mid-2018 and in the US (-8%) in part by the switch to Kadcyla in the adjuvant setting and in part due to the launch of the first biosimilars in July 2019. This development was partially offset by increased sales in China.

Actemra/RoActemra (+8%). For rheumatoid arthritis, forms of juvenile idiopathic arthritis and giant cell arteritis as well as CAR T cell-induced severe or life-threatening cytokine release syndrome. Sales growth was reported in all regions, driven by the constant uptake of the subcutaneous formulation and strong sales in the US and Japan.

Xolair (+1%, US only). For chronic idiopathic urticaria and allergic asthma. Growth was reported in both indications. Lucentis (+8%, US only). For eye conditions, including neovascular (‘wet’) age-related macular degeneration, macular oedema following retinal vein occlusion, diabetic macular oedema, and diabetic retinopathy. Growth was driven by sales increases in all approved indications and the ongoing rollout of prefilled syringes.

Highlights for medicines launched since 2012
Ocrevus (first approved in 2017; CHF 3.7 billion, +57%). For the treatment of both the relapsing (RMS) and primary progressive (PPMS) forms of multiple sclerosis (MS). More than 150,000 people with MS have been treated with Ocrevus globally, in clinical trial and real-world settings; data continue to show a consistent and favourable benefit-risk profile. The strong demand for this treatment in both indications has continued. In addition to sales increases in the US, it continues to show strong initial uptake in international markets, including Germany, Italy, Spain and UK.

Perjeta (first approved in 2012; CHF 3.5 billion, +29%). As therapy for HER2-positive breast cancer. Sales grew strongly in all regions. The increased patient demand for Perjeta for adjuvant early breast cancer therapy supports its continued strong growth.

Tecentriq (first approved in 2016; CHF 1.9 billion, +143%). Approved either alone or in combination with targeted therapies and/or chemotherapies in various forms of non-small cell and small cell lung cancer, certain types of metastatic urothelial cancer, and in PD-L1-positive metastatic TNBC. Strong sales growth was reported by all regions. In the US, the new indications for ES-SCLC and triple-negative breast cancer drove sales growth.

Kadcyla (first approved in 2013; CHF 1.4 billion, +45%). For treating HER2-positive breast cancer. The increased demand for Kadcyla was driven by the US (+74%) and the International region, supported by its use in treating patients with residual disease after surgery.

Hemlibra (first approved in 2017; CHF 1.4 billion, >500%). For treating people with haemophilia A with factor VIII inhibitors. It is also approved to treat people with haemophilia A without factor VIII inhibitors. Hemlibra is the only prophylactic treatment that can be administered subcutaneously and with multiple dosing options (once weekly, once every two weeks or once every four weeks). The uptake is very strong in the US, Japan and Europe.

Esbriet (first approved in 2014; CHF 1.1 billion, +9%). For idiopathic pulmonary fibrosis. Sales continued to expand, driven by growth in Europe and the US.

Alecensa (first approved in 2015; CHF 876 million, +38%). To treat ALK-positive lung cancer. Alecensa showed continued sales growth across all regions, with Europe and the International region being the main drivers.

Gazyva/Gazyvaro (first approved in 2013; CHF 552 million, +43%). For chronic lymphocytic leukaemia (CLL), rituximab-refractory follicular lymphoma and previously untreated advanced follicular lymphoma. Sales expanded in all regions.

Polivy (first approved in 2019; CHF 51 million). Part of combination therapy for the treatment of adults with relapsed or refractory diffuse large B-cell lymphoma who have received at least two prior therapies. FDA granted accelerated approval.

Rozlytrek (first approved in 2019; CHF 7 million). For lung cancer with a specific gene mutation and solid tumours carrying a certain gene fusion. Rozlytrek received approvals in the US and in Japan. use in treating patients with residual disease after surgery.

Centralised and Point of Care Solutions sales were up by 3%. The immunodiagnostics business grew 6%, again making this unit the largest contributor to the division’s sales growth. The positive impact of instrument launches and the ongoing rollouts, mainly in China, the US and South Korea, was partially offset by the decline in the coagulation monitoring business in North America.

Sales in Molecular Diagnostics increased by 6%, with 6% growth in the underlying molecular business. Growth was driven by blood screening as well as by the sequencing business. Regional growth was led by Asia-Pacific (+16%) mainly in China, and EMEA (+6%).

Diabetes Care sales increased by 1%, driven by North America (+15%). The sales growth mainly came from the Accu-Chek Guide product line. This was partially offset by price pressure in Germany, UK and Italy.

Tissue Diagnostics sales were stable. Sales growth for advanced staining reagents was offset by lower instruments sales due to shipment delays. Regionally, the decline in sales was led by North America (-6%). In the Asia-Pacific region sales increased by 14%, with China being the main growth market.

UNC Lineberger discovery would allow researchers to fine-tune activity of cancer-hunting immune cells

On January 30, 2020 A discovery by University of North Carolina Lineberger Comprehensive Cancer Center researchers could allow scientists to fine-tune genetically engineered immune cells to heighten their killing power against tumors or to decrease their activity level in the case of severe side effects (Press release, Lineberger Comprehensive Cancer Center, JAN 30, 2020, View Source [SID1234553698]).

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Gianpietro Dotti is the Director of the Cancer Cellular Immunotherapy Program at UNC Lineberger.
UNC Lineberger’s Gianpietro Dotti, MD.

In a study published in Cancer Cell, researchers led by UNC Lineberger’s Gianpietro Dotti, MD, reported new findings about the regulation of co-stimulatory molecules that could be used to activate cancer-killing immune cells – chimeric antigen receptor T-cells, or CAR-T – or decrease their activity.

"In immunology, it’s always about balance; you don’t want to have too much T-cell activation, and you don’t want T-cell activation to be too low," said Peishun Shou, PhD, postdoctoral research associate at UNC Lineberger and the study’s co-first author. "We wanted to keep the T-cell activation and tumor killing at a suitable or sustainable level."

Cellular immunotherapy
Cellular immunotherapy, or CAR-T immunotherapy, involves extracting specific immune cells from patients, engineering the cells in the lab to hunt tumor cells displaying a specific molecular target, and then re-infusing them to fight their cancer.

Through the Clinical Immunotherapy Program, UNC Lineberger researchers have designed novel investigational CAR-T therapies for Hodgkin and non-Hodgkin lymphoma, multiple myeloma, neuroblastoma and leukemia that are being studied in clinical trials.

"We are conducting and developing clinical studies with CAR-T cells in both liquid and solid tumors. In these studies, we are testing what we call the ‘new generation’ of CAR-T cells, hoping to further enhance the therapeutic index of this technology," said Dotti, the study’s corresponding author, a professor in the UNC School of Medicine Department of Microbiology and Immunology and director of the UNC Lineberger Cellular Immunotherapy Program. "This latest study highlights how when translational and basic science come together, we can hopefully improve therapeutic strategies."

CAR-T immunotherapy study findings
In the Cancer Cell study, researchers revealed new strategies for engineering investigational CAR-T to either increase the activity of modified T-cells to more effectively kill tumor cells, or decrease their activity in case the therapies trigger severe side effects.

They developed strategies for improving two different types of modified T-cells. These two types of CAR-T cells are differentiated by the signals that activate them. First, they have a receptor that recognizes a specific marker on the tumor – the first signal. They also need a second signal that helps to fully activate them and increase their response. There are two different types of T-cells that have different "second signals" that activate them.

Peishun Shou is a postdoctoral researcher at UNC Lineberger.
UNC Lineberger’s Peishun Shou, PhD.
One type of CAR-T is co-stimulated by the CD28 protein, and another is stimulated by 4-1BB. UNC Lineberger researchers wanted to find a way to regulate these proteins in order to "fine-tune" the cells’ disease-fighting response, since researchers reported each type of CAR-T has differences in terms of how long it typically lasts in the body to fight cancer, how quickly it responds and the strength of its response.

"T-cells have to be activated to kill tumor cells," Shou said. "If you have better activation, you have more cytokine release … and the cells can better target a tumor and kill it. In some cases, we want to make the T-cells stronger, more active, and depending on the tumor type, we may want to tune down the T-cell activation to help the T-cells survive and expand."

For CAR-T co-stimulated by 4-1BB, scientists found they could increase expression of the LCK molecule to increase the cells’ activity.

"What we found is that the LCK molecule can bind to the CAR, enhancing the CAR-T cell activation and signaling transduction, which therefore will help CAR-T cells get a better tumor-killing effect," Shou said.

CAR-T safety switch feature
They also reported on the discovery of a new "safety switch" mechanism to reduce activity of CAR-T co-stimulated by CD28. Doctors could use the safety switch should patients experience severe side effects from the experimental therapy.

They found they could use a molecule called SHP1 to reduce T-cell activity. When they added a certain drug, SHP1 bound to the CAR to reduce the activity of CAR-T cells.

"In the presence of the drug, we can cool down or tune down the CAR-T cell activation," Shou said. "The advantage of this switch is that it will not kill the CAR-T cells; it’s just temporarily tuning down the activity."

Researchers want to investigate using these findings to improve CAR-T treatments against blood cancers like leukemia, and to potentially improve experimental treatments for solid tumors.

"Researchers in the CAR-T immunotherapy field now want to solve the solid tumor problem," Shou said. "Solid tumors have an immunosuppressive microenvironment, so you need stronger CAR-T activation."

Georgia Bio Names 2020 Golden Helix Award Winners

On January 30, 2020 Georgia Bio, the state’s life science trade association, reported that it will celebrate its Golden Helix Awards & Annual Gala on Friday, March 13th at Factory Atlanta in Chamblee. Georgia Bio is pleased to announce the winners of the 2020 Golden Helix Awards (Press release, Georgia Bio (GaBio), JAN 30, 2020, View Source [SID1234553715]).

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Patty Fritz, Georgia Bio Chair and VP, U.S. Corporate Affairs for UCB, Inc. and Philip G. Gibson, Ph.D., Georgia BioEd Institute Chair and Director, Georgia BioScience Training Center at Quickstart are the recipients of the 2020 Industry Growth Awards. The Industry Growth Awards are the highest honors bestowed each year by Georgia Bio.

The Golden Helix Awards celebrate the contributions and achievements of Georgia legislative, academic, corporate and other organizational leaders working to advance the growth of the life sciences industry and foster strategic partnerships that can create a healthier world. The event is expected to draw 300 of the state’s life sciences industry leaders.

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"Our life sciences community continues to collaborate and foster innovation to create a healthier world," said Dr. Christopher McKinney, Chair of the Georgia Bio Awards Committee and Associate VP for Innovation Commercialization at Augusta University. "There has been 121% growth in Life Science patents between 2007 and 2017 and an average of 760 clinical trials starting each year in Georgia. Additionally, more than $780 million venture capital was raised in 2018, mostly going towards drug discovery and therapeutic devices. It is important to recognize the individuals and organizations supporting healthcare innovation and leadership here in Georgia. We look forward to bringing the sector together on March 13th for an evening of networking and celebration."

Georgia Bio presents awards to individuals and companies in eight categories: Industry Growth; Deals of the Year; Community; Innovation; Emerging Leader; Biotech Teacher of the Year; Legislator of the Year; and the Metro Atlanta Chamber sponsored Phoenix Award. Winners are some of Georgia’s hardest working innovators and entrepreneurs producing advanced medicines, diagnostics and technologies to improve medical care.

Companies being honored with the distinguished Deal of the Year award include: Alcon for its acquisition of PowerVision; Aruna Bio for raising $13 million to continue development of therapies for the treatment of neurodegenerative diseases such as ALS, Huntington’s Disease, and stroke; Danimer Scientific for a $6.5 million investment from Advantage Capital to boost capacity and significantly increase its workforce in Bainbridge, GA; Emory Vaccine Center and the University of Georgia Center for Vaccines and Immunology for their NIH grants that could exceed $200 million to advance work toward a universal flu vaccine; Georgia Cancer Center for their $6.5 million grant to improve access to clinical trials for minorities and underserved communities; Guide Therapeutics for an initial equity investment from GreatPoint Ventures to continue development of lipid nanoparticles (LNPs) that deliver therapeutics for gene therapy; Tempus for its acquisition of AKESOGen; and Takeda Pharmaceutical for its acquisition of Shire.

"Golden Helix Award winners showcase the best in innovation and leadership in our community," said Maria Thacker Goethe, President and CEO, Georgia Bio. "They are working to improve patients’ lives, support life science workforce development and grow Georgia’s economy. The awards program is a night for our members and community partners to pause and recognize the individuals and companies who are making lasting contributions to the life sciences sector in Georgia."

AWARD WINNERS

Georgia Bio Industry Growth Awards: Presented to two people who have made an extraordinary contribution to the growth of the life sciences industry in Georgia.

Patty Fritz, Georgia Bio Chair and VP U.S. Corporate Affairs for UCB, Inc.
Philip G. Gibson, Ph.D., Georgia BioEd Institute Chair and Director, Georgia BioScience Training Center at Quickstart
Phoenix Award: Presented to two Georgia honorees who have forged academic and industry relationships that will drive translation and lead to new treatments and cures. This award is sponsored by the Metro Atlanta Chamber.

Children’s Healthcare of Atlanta / Georgia Institute of Technology
Deals of the Year Awards: Presented to one or more companies or institutions for the most significant financial or commercial transactions closed from November 1, 2018-December 31, 2019, based on the importance of the transaction to Georgia’s life sciences industry.

Acquisitions
Alcon
Takeda Pharmaceutical
Tempus and AKESOgen

Private Financing
Aruna Bio
Danimer Scientific
Guide Therapeutics

Public Financing
Emory Vaccine Center
Georgia Cancer Center
University of Georgia Center for Vaccines and Immunology

Community Awards: Presented to a small number of individuals, companies or institutions whose contributions to Georgia’s life sciences community are worthy of special recognition.

Michael Fisher, Global Center for Medical Innovation
Gerresheimer
Jayne Morgan, M.D., Piedmont Healthcare
Cynthia Sundell, Ph.D., Georgia Institute of Technology
University of Georgia Poultry Diagnostic & Research Center
Innovation Awards: Presented to the department, institution, company or individuals who are forging new ground by thinking outside traditional paradigms to create some unique technology.

AnemoCheck Platform, Sanguina, Inc.
DisasterMed, R6 Industries
Micro C, OXOS Medical, Inc.
Non-Invasive Technology to Measure Oxygen Delivery & Use in Muscle, Infrared Rx, Inc.
Emerging Leader of the Year Awards: Presented to young individuals who have made a significant impact on the life sciences industry through their studies or employment.

Alexa Morse, Global Center for Medical Innovation
Teacher of the Year Award: Presented to a Georgia biotechnology high school teacher who exhibits excellence in STEM teaching and support for the biotechnology pathway.

Stan Harrison, Morgan County High School
Legislators of the Year Award: Presented to state legislators for their support of the life sciences industry in Georgia.

The Honorable Ellis Black, Georgia State Senate
The Honorable Robert Dickey, Georgia State Senate
The Honorable Terry England, Georgia House of Representatives
The Honorable Jack Hill, Georgia State Senate
The Honorable Randy Nix, Georgia House of Representatives
The Honorable John Wilkinson, Georgia State Senate