A Phase 3, Randomized, Double-Blind, Placebo-Controlled Study to Assess the Efficacy and Safety of SNF472 When Added to Background Care for the Treatment of Calciphylaxis

Start Date15 Feb 2021

Sponsor / Collaborator-

NCT04195906

/ CompletedPhase 3

A Phase 3, Randomized, Double-Blind, Placebo-Controlled Study to Assess the Efficacy and Safety of SNF472 When Added to Background Care for the Treatment of Calciphylaxis

The primary objectives are to assess the efficacy, safety, and tolerability of SNF472 compared to placebo when added to background care for the treatment of calciphylaxis (CUA).

Start Date12 Feb 2020

Sponsor / Collaborator

Sanifit Therapeutics SA

EUCTR2016-002834-59-ES

/ Not yet recruitingPhase 2

A double-blind, randomised, placebo-controlled study to assess the effect of SNF472 on progression of cardiovascular calcification on top of standard of care in end-stage-renal-disease (ESRD) patients on haemodialysis (HD)

Start Date16 Nov 2016

Sponsor / Collaborator-

100 Clinical Results associated with Hexasodium phytate

100 Translational Medicine associated with Hexasodium phytate

100 Patents (Medical) associated with Hexasodium phytate

14,742

Literatures (Medical) associated with Hexasodium phytate

01 Dec 2025·Nano-Micro Letters

Carbon Nanofiber/Polyaniline Composite Aerogel with Excellent Electromagnetic Interference Shielding, Low Thermal Conductivity, and Extremely Low Heat Release

Article

Author: Wang, Hsing-Lin ; Chen, Mingyi ; Gao, Yufei ; Zhang, Kai ; Zhu, Jian ; Fan, Jie ; Zhou, Hongkang ; Chen, Rouxi

AbstractThe rapid development of communication technology and high-frequency electronic devices has created a need for more advanced electromagnetic interference (EMI) shielding materials. In response to this demand, a study has been conducted to develop multifunctional carbon nanofibers (CNFs)/polyaniline (PANI) aerogels with excellent electromagnetic interference shielding, flame retardancy, and thermal insulation performance. The process involved freeze-drying of electrospun CNFs and PANI nanoparticles followed by in situ growth PANI to coat the CNFs, creating the core–shell structured CNFs/PANI composite fiber and its hybrid aerogels (CP-3@PANI). The interaction between PANI and aniline (ANI) provides attachment sites, allowing additional ANI adsorption into the aerogel for in situ polymerization. This results in PANI uniformly covering the surface of the CNFs, creating a core–shell composite fiber with a flexible CNF core and PANI shell. This process enhances the utilization rate of the ANI monomer and increases the PANI content loaded onto the aerogel. Additionally, effective connections are established between the CNFs, forming a stable, conductive three-dimensional network structure. The prepared CP-3@PANI aerogels exhibit excellent EMI shielding efficiency (SE) of 85.4 dB and specific EMI SE (SE d−1) of 791.2 dB cm3 g⁻1 in the X-band. Due to the synergistic flame-retardant effect of CNFs, PANI, and the dopant (phytic acid), the CP-3@PANI aerogels demonstrate outstanding flame-retardant and thermal insulation properties, with a peak heat release rate (PHRR) as low as 7.8 W g⁻1 and a total heat release of only 0.58 kJ g⁻1. This study provides an effective strategy for preparing multifunctional integrated EMI shielding materials.

01 Jul 2025·Separation and Purification Technology

High-performance CO2 adsorption with P-doped porous carbons from lotus petiole biomass

Author: Demir, Muslum ; Liu, Chen ; Zhi, Yue ; Shao, Jiawei ; Danish, Mohd ; Hu, Xin ; Al Mesfer, Mohammed K. ; Xiao, Qiang ; Wang, Linlin

Combating climate change and global warming generally involves reducing CO₂ level from the air.To achieve this, in present study, phosphorus-doped porous carbons were prepared using biomass lotus petiole as the precursor.The synthesis procedure involves first pre-carbonization of lotus petiole at elevated temperature and secondly, introducing phosphorus atoms by phytic acid modification, which then chem. activated at various temperature and amount of KOH.Resulting carbons present advanced textural feature (the BET surface area of up to 1456 m²/g along with 0.68 cm³/g of pore volume) and high amount of P doping (up to 3.39%).These P-doped adsorbent have exhibited excellent CO₂ capture capacity, achieving 4.00 mmol/g at 25° and 6.05 mmol/g at 0° at ∼1 bar pressure.Addnl., these adsorbents demonstrated practical stability for maintaining over 97% adsorption capacity after 5 sequential cycles as well as high CO₂/N₂ selectivity, moderate heat of adsorption, fast adsorption kinetics and good dynamic CO₂ capture capacity from continuous flowing gas mixtureThus, based on the superior CO₂ capture performance of the as-prepared adsorbents, a new method of converting biomass into highly functional carbon materials is proposed for the field of carbon neutrality.

01 Jul 2025·Separation and Purification Technology

Selective recycling of spent LiFePO4 batteries Enables toward flame-retardant polyurethane foam

Author: Zhang, Bingyan ; Ren, Xueqi ; Gong, Mengqi ; Yang, Shun ; Mo, Ran ; Hu, Xiang ; Chen, Junting

Selective recycling of spent LiFePO₄ (LFP) batteries and reutilization of the recovered metals are crucial to the sustainable development of the lithium-ion battery industry.Herein, a selective extraction strategy for spent LFP is proposed by utilizing phytic acid (PA) as leaching agent.After acidolysis of the LFP, PA mols. could chelate with Li and Fe ions to form stable soluble Li-PA and insoluble Fe-PA complexes, leading to the selective recovery of Li and Fe.Furthermore, convenient, and direct reutilization of the Fe component is implemented by introducing flexible polyurethane foam (FPUF) in the extraction process.Instead of forming precipitation, Fe-PA complexes deposit on the surface of FPUF to form a flame retardant FPUF@Fe-PA.A series of characterizations reveal that the flame retardant Fe-PA coating can dramatically improve the fire safety of FPUF.This work provides fresh insight into the recycling spent LFP and utilization of the recycled products.

News (Medical) associated with Hexasodium phytate

29 Mar 2023

·endpts.com

Q&A: Newly-minted CSL chief executive Paul McKenzie and chief medical officer Bill Mezzanotte

Paul McKenzie took over as CEO of Australian pharma giant CSL this month, following in the footsteps of long-time CSL vet Paul Perreault. With an eye on mRNA, and quickly commercializing its new, $3.5 million-per-shot gene therapy for hemophilia B, McKenzie and chief medical officer Bill Mezzanotte answered some questions from Endpoints News this afternoon about where McKenzie is going to take the company and what advances may be coming to market from CSL’s pipeline. Below is a lightly edited transcript. Endpoints: You took over this month as CEO from long-time CSL veteran Paul Perreault — in what ways are you going to move the company into new areas, and what have you learned from what Mr. Perreault as he led CSL over the last decade? McKenzie : It’s a real privilege to be able to be given this opportunity to work with this fantastic management team. That dedication and promise we have to patients and from my first interaction with CSL, that was critically important. From Paul, that passion, he knows some of the patients in hemophilia by first name, and that’s something that won’t change. What I also learned was that as the organization grows larger, is to really focus. It’s easy to do lots of things, and harder to do a few things very well. As a management team we spent a lot of time, as we came and dealt with Covid, on focus and making sure everyone in the organization understands where we need to be and where we need to put our efforts. That doesn’t mean ideas aren’t welcome, but not every idea can be prosecuted on a given day. Right now we’re focused on our journey to sustainable and profitable growth and that requires us to reestablish firmly our leadership in the plasma market, requires us to continue to drive our R&D portfolio and interest and desire in differentiating. It’s not like we have a big change in strategy. As a management team we have great continuity; we’re firmly rooted in our CSL 2030 strategy, and a year or two out, we’ll start working on our 2035 and 2040. Endpoints : You recently won approval for the world’s first gene therapy for hemophilia B — Hemgenix. How competitive is this space going to be in the near term? And when you look at the data Pfizer released in December, is there a concern that this market isn’t big enough for two $3 million-plus gene therapies? McKenzie : What we know is our data and our data look fantastic. We’re an AAV5 platform out of the partnership with uniQure, and continue to see good durability. We set a high bar. AAV5 is unique in our ability to dose even though people may have antibodies prior to AAV5, which is very differentiated from the AAV8 or AAV9 historic platforms. We’re very bullish in our ability to make a real difference for patients that want to have a solution other than the standard of care, [CSL’s] Idelvion. Mezzanotte : Every area we’re in has healthy competition and Pfizer has great scientists, but we’re quite happy with the molecule we have, the data we’ve generated and of course the commercial experience we have. Endpoints : Can you say anything about the uptake or interest in Hemgenix since its approval? Mezzanotte : There’s substantial interest and we’ve already had physicians in the US write prescriptions. However, this is gene therapy, not a pill, so there’s work with the payers to ensure reimbursement and that the sites are going through the process right so the dose is administered correctly. Obviously you don’t want to mess up the dosage of an expensive therapy. We expect very soon to be able to report that patients have been dosed. But I can tell you around the world there’s a lot of interest. I was just in Japan, and I was interviewed there about Hemgenix. Endpoints : How have payers reacted to the list price of $3.5 million, and has it been a barrier to access? McKenzie : In the US, the ICER report really looked at the overall burden of disease and showed this to be a very effective treatment. In the US, we’ve had good rapport, and good discussions relative to reimbursement. Not a lot of differentiation of the model. More of, “Hey, is it the right patient, can they be successful?” And in the other parts of the world, there’ll be different business models that likely will have to be implemented to ensure this is a durable product for patients. We’ll listen and be attentive to what the different countries we need, but I think in the US, the discussions have been in the right direction and firmly based on the ICER data. Mezzanotte : I was just at an R&D meeting and the general sentiment was we want to figure out a way to pay for these therapies. These are the future. I think they’re playing with a variety of models on how to do that, but I sat in on some meetings with payers and there really isn’t pushback on the drug, and there are questions on pricing, but we’re having good discussions and because of our history in hemophilia, we have relationships with them. Endpoints : Looking at your Phase III pipeline, what assets are you most excited about and going to be seeing readouts in the nearest future? McKenzie : I shook up my colleagues by saying at our investor day that we had a number in there that I thought could be standard of care in the future if they have the data we hope. Obviously the number one coming out is garadacimab, an anti-FXIIa monoclonal antibody, which showed great Phase III efficacy and tolerability data, and we’ll be filing that this year as a potential treatment of hereditary angioedema (HAE) by subcutaneous administration. We’re still excited about CSL112, our apoA-I product for patients who have suffered a heart attack; those data will be coming out next year. And one we haven’t talked about as much but I remain excited about, and we’ll be seeing data at some point this year or maybe early next, is [CSL964,] an alpha-1 antitrypsin, which is being tested in both prevention and treatment of graft versus host disease. From the Vifor side, very soon, by the first half of this year we should have data on SNF472, which actually came from a little company in Spain. This is a quite impactful drug if it works. Mezzanotte : On flu, aQIVc (Adjuvanted Cell Culture Influenza Vaccine) takes the best of our cell technology, Flucelvax, with our adjuvant [MF59] to bring the next standard of care in flu. That will start in Phase III clinical trials in this Northern Hemisphere campaign and we really think that will be the next bar that people will compare to non-egg-based adjuvanted product offering, which continues our differentiation journey. And then beyond that is the differentiation built around self-amplifying mRNA.

Phase 3Executive ChangeVaccineClinical ResultGene Therapy

02 Nov 2022

·www.prnewswire.com

Next-Generation mRNA, Gene Therapy, Plasma Products, Monoclonal Antibodies, and Recent Acquisitions and Collaborations Highlight CSL R&D Day 2022

Pipeline advancements and investment in innovation and disruptive technologies to help fuel sustainable, profitable growth for CSL's three businesses, CSL Behring, CSL Seqirus and CSL Vifor, in the decades ahead MELBOURNE, Australia and KING OF PRUSSIA, Pa., Nov. 2, 2022 /PRNewswire/ -- At its annual R&D investor briefing today, global biotechnology leader CSL (ASX:CSL; USOTC:CSLLY) demonstrated how its growing, innovative pipeline is well-positioned to meet the current and future needs of patients and public health. CSL revealed progress and plans in advancing assets that have the potential to disrupt current standards of care in its areas of focus (immunology, haematology, respiratory, cardiovascular and metabolic, transplant, nephrology, vaccines) using its strategic scientific platforms (plasma protein technology, recombinant technology, cell and gene therapy, and sa-mRNA, adjuvanted, cell-based and egg-based vaccines). Among the highlights presented were the following: Late-Stage Development Includes Disruptive Innovation and New Additions to the CSL Portfolio Etranacogene dezaparvovec (also known as CSL222), an investigational gene therapy for the treatment of adults with haemophilia B has been accepted for priority review by the United States (US) Food and Drug Administration (FDA) and standard review by the European Medicines Agency (EMA). If approved, etranacogene dezaparvovec would be the first-ever gene therapy treatment option for the haemophilia B community. The regulatory filings are supported by results from the pivotal HOPE-B trial, the largest gene therapy trial in haemophilia B to date. The multi-year clinical development program for etranacogene dezaparvovec was led by uniQure (Nasdaq: QURE) and sponsorship of the clinical trials has transitioned to CSL after acquiring global rights to commercialize the investigational treatment. Top-line Phase III results for garadacimab (CSL312, anti-FXIIa), an investigational first-in-class monoclonal antibody being developed as a long-term preventive treatment for patients with hereditary angioedema, demonstrated that the study met its primary and secondary efficacy objectives and showed favourable safety and tolerability. CSL aims to begin filing for approval with global regulatory authorities next calendar year. Garadacimab was discovered and optimised by scientists at CSL's Bio21–based Research site, with formulation and manufacturing for the clinical programs completed at the CSL Broadmeadows Biotech Manufacturing Facility. CSL Vifor brings a leading portfolio of therapies in nephrology, dialysis and iron deficiency. New late-stage assets to the pipeline include Sparsentan for IgA nephropathy and focal segmental glomerulosclerosis (FSGS) and SNF472 for calciphylaxis and calcific uremic arteriolopathy (CUA). R&D Portfolio Progress Across Areas of Focus and Scientific Platforms Clazakizumab, an anti-IL6 monoclonal antibody, intended for the treatment of chronic active antibody-mediated rejection (AMR) in kidney transplant recipients continues to progress in the Phase III IMAGINE trial. This is CSL's leading program for clazakizumab, which will also be investigated in a Phase IIb/III study for improvement of cardiovascular (CV) outcomes in dialysis patients. CSL plans to engage Fresenius Medical Care dialysis centres in the study. AEGIS-II, a Phase III, multicenter, double-blind, randomised, placebo-controlled, parallel-group study to evaluate the efficacy and safety of CSL112, compared to placebo, in reducing the risk of major adverse CV events (MACE) in patients following a heart attack, will enrol the last patient by the end of 2022, with completion of the trial expected towards the end of 2023. CSL is advancing the Phase IIb study for its adjuvanted, cell-based high-dose quadrivalent influenza vaccine (aQIVc). This study will help CSL further build the body of clinical evidence to support the optimal formulation for when the company moves into the Phase III immunogenicity and safety study for aQIVc. Published results from the preclinical studies of CSL's self-amplifying messenger RNA (sa-mRNA) influenza vaccine candidates, the next generation of mRNA vaccines, indicate a potent, cross-reactive immune response against pandemic and seasonal influenza strains, A(H5N1) and A(H1N1). CSL's sa-mRNA candidate is expected to enter clinical trials in 2023. Recently Announced Collaboration and license agreement with Arcturus Therapeutics aims to accelerate next-generation mRNA capabilities in influenza, pandemic preparedness and other selected respiratory viral pathogens -- including a near term COVID-19 vaccine that has recently reported interim results from a large Phase III efficacy study, meeting its primary and secondary endpoints of prevention of infection and severe disease with a favourable safety profile. A strategic option and license agreement with Translational Sciences to license TS23, a first-in-class anti-α2-antiplasmin monoclonal antibody. TS23 is being developed to dissolve thrombi that cause serious conditions such as pulmonary embolism (PE) and acute ischemic stroke (AIS). The treatment candidate is soon to be evaluated in the US in the NAIL-IT Phase II study, which has been designed to evaluate the safety and thrombolytic effect of ascending doses of TS23 in patients with sub-massive (intermediate risk) PE. "CSL is on the leading-edge of innovation in areas we know well and we have strategically and methodically built a pipeline that has never been more robust with diverse sources of innovation, from in-house and external sources, that include the disruptive scientific platforms of gene therapy and sa-mRNA," said Dr. Bill Mezzanotte, Executive Vice President, Head of R&D, and Chief Medical Officer for CSL. "Our enhanced capabilities across all of our scientific platforms and therapeutic focus areas will help us in our relentless pursuit to deliver on our promise to help patients lead full lives, protect public health and sustainably grow our business in the decades ahead, while providing promising futures for our employees." In fiscal year 2021-2022, CSL invested approximately $1.16 billion in R&D. This includes growing CSL R&D's footprint in Melbourne, Australia; Marburg, Germany; throughout Switzerland and Waltham, Massachusetts – helping to create an integrated global organization that can conveniently collaborate with institutions everywhere -- offering scientists a wide array of opportunities for professional development and enhancing access to external innovation. Advancing External Innovation: The Biotechnology Incubator at CSL's Global Headquarters in Melbourne, Australia Names Its Operator CSL, WEHI and The University of Melbourne have appointed Cicada Innovations as the independent operator of the new biotech incubator which will be located in CSL's new global headquarters currently under construction in the Melbourne Biomedical Precinct. The appointment follows the project partners joining forces to create an incubator for biotech start-up companies, with the Victorian Government's landmark Breakthrough Victoria Fund providing funding to support the AU$95 million project. It will be Australia's first and only incubator that is co-located with a leading biopharmaceutical company and will have space for up to 40 start-ups. "Incubator residents will be working in an innovation-driven environment alongside a large and focused CSL R&D team, enabling opportunities for peer-collaboration, learning and sharing of ideas," said Dr. Andrew Nash, CSL's Chief Scientific Officer and Senior Vice President, Research. "The strong collaboration between CSL, the University of Melbourne, WEHI, Breakthrough Victoria and now Cicada Innovations has been critical to bring the incubator to fruition and reflects CSL's values and desire to deliver on our promise to patients worldwide." For more about the incubator, . For more on CSL's R&D Investor Briefing, please visit . About CSL CSL Limited (ASX: CSL; USOTC: CSLLY) is a leading global biotechnology company with a dynamic portfolio of lifesaving medicines, including those that treat haemophilia and immune deficiencies, as well as vaccines to prevent influenza. Since our start in 1916, we have been driven by our promise to save lives using the latest technologies. Today, CSL – including our three businesses, CSL Behring, CSL Seqirus, and CSL Vifor – provides lifesaving products to patients in more than 100 countries and employs more than 30,000 people. Our unique combination of commercial strength, R&D focus, and operational excellence enables us to identify, develop and deliver innovations so our patients can live life to the fullest. For inspiring stories about the promise of biotechnology, visit CSLBehring.com/Vita and follow us on Twitter.com/CSL. For more information visit . Media Contacts: Greg Healy Email: [email protected] +1 610 906 4564 In Australia: Jimmy Baker Email: [email protected] +61 450 909 211 Kim O'Donohue Email: [email protected] +61 449 884 603 In Europe: Jasmin Joller Email: [email protected] SOURCE CSL

VaccineCollaborateGene TherapyAntibodyFinancial Statement

02 Nov 2022

·www.biospace.com

Next-Generation mRNA, Gene Therapy, Plasma Products, Monoclonal Antibodies, and Recent Acquisitions and Collaborations Highlight CSL R&D Day 2022

Pipeline advancements and investment in innovation and disruptive technologies to help fuel sustainable, profitable growth for CSL's three businesses, CSL Behring, CSL Seqirus and CSL Vifor, in the decades ahead MELBOURNE, Australia and KING OF PRUSSIA, Pa., Nov. 2, 2022 /PRNewswire/ -- At its annual R&D investor briefing today, global biotechnology leader CSL (ASX:CSL; USOTC:CSLLY) demonstrated how its growing, innovative pipeline is well-positioned to meet the current and future needs of patients and public health. CSL revealed progress and plans in advancing assets that have the potential to disrupt current standards of care in its areas of focus (immunology, haematology, respiratory, cardiovascular and metabolic, transplant, nephrology, vaccines) using its strategic scientific platforms (plasma protein technology, recombinant technology, cell and gene therapy, and sa-mRNA, adjuvanted, cell-based and egg-based vaccines). Among the highlights presented were the following: Late-Stage Development Includes Disruptive Innovation and New Additions to the CSL Portfolio Etranacogene dezaparvovec (also known as CSL222), an investigational gene therapy for the treatment of adults with haemophilia B has been accepted for priority review by the United States (US) Food and Drug Administration (FDA) and standard review by the European Medicines Agency (EMA). If approved, etranacogene dezaparvovec would be the first-ever gene therapy treatment option for the haemophilia B community. The regulatory filings are supported by results from the pivotal HOPE-B trial, the largest gene therapy trial in haemophilia B to date. The multi-year clinical development program for etranacogene dezaparvovec was led by uniQure (Nasdaq: QURE) and sponsorship of the clinical trials has transitioned to CSL after acquiring global rights to commercialize the investigational treatment. Top-line Phase III results for garadacimab (CSL312, anti-FXIIa), an investigational first-in-class monoclonal antibody being developed as a long-term preventive treatment for patients with hereditary angioedema, demonstrated that the study met its primary and secondary efficacy objectives and showed favourable safety and tolerability. CSL aims to begin filing for approval with global regulatory authorities next calendar year. Garadacimab was discovered and optimised by scientists at CSL's Bio21–based Research site, with formulation and manufacturing for the clinical programs completed at the CSL Broadmeadows Biotech Manufacturing Facility. CSL Vifor brings a leading portfolio of therapies in nephrology, dialysis and iron deficiency. New late-stage assets to the pipeline include Sparsentan for IgA nephropathy and focal segmental glomerulosclerosis (FSGS) and SNF472 for calciphylaxis and calcific uremic arteriolopathy (CUA). R&D Portfolio Progress Across Areas of Focus and Scientific Platforms Clazakizumab, an anti-IL6 monoclonal antibody, intended for the treatment of chronic active antibody-mediated rejection (AMR) in kidney transplant recipients continues to progress in the Phase III IMAGINE trial. This is CSL's leading program for clazakizumab, which will also be investigated in a Phase IIb/III study for improvement of cardiovascular (CV) outcomes in dialysis patients. CSL plans to engage Fresenius Medical Care dialysis centres in the study. AEGIS-II, a Phase III, multicenter, double-blind, randomised, placebo-controlled, parallel-group study to evaluate the efficacy and safety of CSL112, compared to placebo, in reducing the risk of major adverse CV events (MACE) in patients following a heart attack, will enrol the last patient by the end of 2022, with completion of the trial expected towards the end of 2023. CSL is advancing the Phase IIb study for its adjuvanted, cell-based high-dose quadrivalent influenza vaccine (aQIVc). This study will help CSL further build the body of clinical evidence to support the optimal formulation for when the company moves into the Phase III immunogenicity and safety study for aQIVc. Published results from the preclinical studies of CSL's self-amplifying messenger RNA (sa-mRNA) influenza vaccine candidates, the next generation of mRNA vaccines, indicate a potent, cross-reactive immune response against pandemic and seasonal influenza strains, A(H5N1) and A(H1N1). CSL's sa-mRNA candidate is expected to enter clinical trials in 2023. Recently Announced Collaboration and license agreement with Arcturus Therapeutics aims to accelerate next-generation mRNA capabilities in influenza, pandemic preparedness and other selected respiratory viral pathogens -- including a near term COVID-19 vaccine that has recently reported interim results from a large Phase III efficacy study, meeting its primary and secondary endpoints of prevention of infection and severe disease with a favourable safety profile. A strategic option and license agreement with Translational Sciences to license TS23, a first-in-class anti-α2-antiplasmin monoclonal antibody. TS23 is being developed to dissolve thrombi that cause serious conditions such as pulmonary embolism (PE) and acute ischemic stroke (AIS). The treatment candidate is soon to be evaluated in the US in the NAIL-IT Phase II study, which has been designed to evaluate the safety and thrombolytic effect of ascending doses of TS23 in patients with sub-massive (intermediate risk) PE. "CSL is on the leading-edge of innovation in areas we know well and we have strategically and methodically built a pipeline that has never been more robust with diverse sources of innovation, from in-house and external sources, that include the disruptive scientific platforms of gene therapy and sa-mRNA," said Dr. Bill Mezzanotte, Executive Vice President, Head of R&D, and Chief Medical Officer for CSL. "Our enhanced capabilities across all of our scientific platforms and therapeutic focus areas will help us in our relentless pursuit to deliver on our promise to help patients lead full lives, protect public health and sustainably grow our business in the decades ahead, while providing promising futures for our employees." In fiscal year 2021-2022, CSL invested approximately $1.16 billion in R&D. This includes growing CSL R&D's footprint in Melbourne, Australia; Marburg, Germany; throughout Switzerland and Waltham, Massachusetts – helping to create an integrated global organization that can conveniently collaborate with institutions everywhere -- offering scientists a wide array of opportunities for professional development and enhancing access to external innovation. Advancing External Innovation: The Biotechnology Incubator at CSL's Global Headquarters in Melbourne, Australia Names Its Operator CSL, WEHI and The University of Melbourne have appointed Cicada Innovations as the independent operator of the new biotech incubator which will be located in CSL's new global headquarters currently under construction in the Melbourne Biomedical Precinct. The appointment follows the project partners joining forces to create an incubator for biotech start-up companies, with the Victorian Government's landmark Breakthrough Victoria Fund providing funding to support the AU$95 million project. It will be Australia's first and only incubator that is co-located with a leading biopharmaceutical company and will have space for up to 40 start-ups. "Incubator residents will be working in an innovation-driven environment alongside a large and focused CSL R&D team, enabling opportunities for peer-collaboration, learning and sharing of ideas," said Dr. Andrew Nash, CSL's Chief Scientific Officer and Senior Vice President, Research. "The strong collaboration between CSL, the University of Melbourne, WEHI, Breakthrough Victoria and now Cicada Innovations has been critical to bring the incubator to fruition and reflects CSL's values and desire to deliver on our promise to patients worldwide." For more about the incubator, . For more on CSL's R&D Investor Briefing, please visit . About CSL CSL Limited (ASX: CSL; USOTC: CSLLY) is a leading global biotechnology company with a dynamic portfolio of lifesaving medicines, including those that treat haemophilia and immune deficiencies, as well as vaccines to prevent influenza. Since our start in 1916, we have been driven by our promise to save lives using the latest technologies. Today, CSL – including our three businesses, CSL Behring, CSL Seqirus, and CSL Vifor – provides lifesaving products to patients in more than 100 countries and employs more than 30,000 people. Our unique combination of commercial strength, R&D focus, and operational excellence enables us to identify, develop and deliver innovations so our patients can live life to the fullest. For inspiring stories about the promise of biotechnology, visit CSLBehring.com/Vita and follow us on Twitter.com/CSL. For more information visit . In Europe: Jasmin Joller Email: jasmin.joller@cslbehring.com Company Codes: Australia:CSL, OTC-PINK:CSLLY, OTC-BB:CSLLY

VaccineCollaborateGene TherapyAntibodyFinancial Statement

100 Deals associated with Hexasodium phytate

R&D Status

10 top R&D records.

to view more data

Indication	Highest Phase	Country/Location	Organization	Date
Peripheral Arterial Disease	Phase 3	Switzerland	Vifor Fresenius Medical Care Renal Pharma France S.A.S.	10 Aug 2022
Calcific arteriolopathy due to uremia	Phase 3	Switzerland	Vifor (International) AG	30 Jan 2022
Peripheral arterial occlusive disease	Phase 3	Switzerland	Vifor (International) AG	30 Jan 2022
Calciphylaxis	Phase 2	Belgium	Sanifit Therapeutics SA	12 Feb 2020
Calciphylaxis	Phase 2	Spain	Sanifit Therapeutics SA	12 Feb 2020
Calciphylaxis	Phase 2	United Kingdom	Sanifit Therapeutics SA	12 Feb 2020
Calciphylaxis	Phase 2	United States	Sanifit Therapeutics SA	12 Feb 2020
Calciphylaxis	Phase 2	Germany	Sanifit Therapeutics SA	12 Feb 2020
Calciphylaxis	Phase 2	Poland	Sanifit Therapeutics SA	12 Feb 2020
Vascular Calcification	Phase 2	United Kingdom	Sanifit Therapeutics SA	01 Nov 2016

Clinical Result

Indication

Phase

Evaluation

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Study	Phase	Population	Analyzed Enrollment	Group	Results	Evaluation	Publication Date


NCT04195906 (Calciphyx, CTgov)	Phase 3	Calciphylaxis	71	SNF472 (SNF472)	ivzwwbvrii(uzxprqckud) = qpaaqxgbpt gozqftuapv (aseoogkrin, glhmtfcsop - ozeqmdjmze) View more	-	20 Feb 2024
				placebo (Placebo)	ivzwwbvrii(uzxprqckud) = wepeeflvuo gozqftuapv (aseoogkrin, vjzrvywoah - yrhlqramgc) View more
NCT02966028 (CaLIPSO, CTgov)	Phase 2	Vascular Calcification \| Kidney Failure, Chronic \| Calcification of coronary artery \| Cardiovascular Abnormalities	274	Placebo (Matching Placebo)	jzcfuhylmb(zbpgbpncii) = zmhibtzicf qivulxoxsa (qadngnpcho, sjnvlyclfz - zyqqxdgqkf) View more	-	16 Mar 2021
				SNF472 (SNF472 300 mg)	bpsgwmufer(rcuayzyfjs) = eummjsksti jhjjwcrfnq (kgrmqejsdt, jxkjzvbznw - svslfhsgix) View more
NCT02966028 (CaLIPSO, ASN2020)	Phase 2	Calcinosis	56	SNF472	(naywladdpt) = xguwbmeila qokpkbxspq (fvaatazadk ) View more	Positive	19 Oct 2020
				Placebo	(naywladdpt) = rcmwsxdppo qokpkbxspq (fvaatazadk ) View more
NCT02966028 (CaLIPSO, ERA2020)	Phase 2	-	-	SNF472 300 mg	vfgeoenttm(mvfmwgqqni) = orcuvsiruc dasjenhssq (nyfripjxdy )	Positive	06 Jun 2020
				SNF472 600 mg	vfgeoenttm(mvfmwgqqni) = pbmxkklrub dasjenhssq (nyfripjxdy )
ERA2020	Phase 3	Vascular Calcification	-	SNF472	jyxwkayimf(edrpkwtyjy) = huvcuavpvh fzhjetvyxv (ygbluxmudh ) View more	Negative	06 Jun 2020
				InsP4bisPEG	jyxwkayimf(edrpkwtyjy) = gkdasnqjlh fzhjetvyxv (ygbluxmudh ) View more
SO029 (ERA2016)	Phase 1/2	-	-	SNF472 1 mg/kg	oanaqyzrvi(addrfbslpl) = qxwohplrik hzcelufcyy (htlabefejy )	Positive	14 May 2016
				SNF472 3 mg/kg	oanaqyzrvi(addrfbslpl) = hbhtykvqdp hzcelufcyy (htlabefejy )
MO011 (ERA2016)	Not Applicable	Chronic Kidney Disease-Mineral and Bone Disorder	-	SNF472	crwqhnwkcs(vxrknztnse) = mxsliizdpr fiygukhnlf (wlbruyyzjl ) View more	Positive	14 May 2016
				Sodium thiosulfate (STS)	iluswvqkas(mclpbjedlw) = sqmhtlgmfq mfsgjenkia (ymqyqnnscd )
SP647 (ERA2015)	Phase 1	Vascular Calcification hydroxyapatite crystals	-	SNF472 0.5 mg/kg	(eqmyeulegy) = mild dose dependent local venous irritation vxhlwfnnox (ydgkncbail )	Positive	21 May 2015
				SNF472 5 mg/kg
ERA2015	Not Applicable	Calcinosis	-	SNF472	jnslwiaefx(hdzoxgjfon) = uqswegxspv errtiwtiuu (hobjbvkjqg )	-	21 May 2015
				Vehicle	jnslwiaefx(hdzoxgjfon) = kmsyyforxy errtiwtiuu (hobjbvkjqg )

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