市場調查報告書
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1235934
癌症登記軟件市場:到 2028 年的預測——按類型、數據庫類型、功能、部署模型、最終用戶和地區進行的全球分析Cancer Registry Software Market Forecasts to 2028 - Global Analysis By Type, Database Type, Functionality, Deployment Model, End User and Geography |
根據 Stratistics MRC 的數據,2022 年全球癌症登記軟件市場規模將達到 597.2 億美元,預計到 2028 年將達到 1123.2 億美元,根據預測期預計將以期間複合年增長率為 11.1%
癌症登記軟件可自動收集國家和州登記處的數據,並有助於跟蹤不同治療方案的有效性。 此外,國家登記處收集的數據有助於我們更好地了解和治療疾病。 收集的信息對於識別風險因素很重要,例如環境風險,如煙草使用、陽光照射、化學品和輻射暴露。 還需要這些數據來遵循篩查和治療方案,並確定可以在哪些方面進行改進。 此外,登記數據有助於研究機構衡量癌症管理、治療和預防計劃的有效性。
根據 Proteus Breach 的數據,2019 年醫療保健行業有 4140 萬條患者記錄遭到破壞,數量驚人。
乳腺癌、宮頸癌和前列腺癌是美國和歐洲人群中最常見的癌症。 為了解趨勢並確定原因,醫學研究人員需要有關癌症的最新數據,包括診斷出患有癌症的人口、接受治療的患者人數和死亡率。 醫療保健從業者需要癌症發病率統計數據來幫助確定需要購買多少設備和藥物來進行治療和提高認識。 在預測期內,越來越多地利用癌症登記處收集、存儲和管理數據將對市場焦點產生積極影響。
由於該系統收集高度個人化的數據,數據隱私和安□□全問題將成為預測期內癌症登記軟件市場的主要障礙。 癌症登記處收集患者人口統計數據、腫瘤特徵、治療和疾病結果等信息。 政府機構專注於執行新的法規和法律,以確保信息的安全管理。 《健康保險流通與責任法案》和美國衛生與公眾服務部 (HHS) 還列出了各種有關消費者健康數據保護和隱私的聯邦法規。
製藥公司和研究機構正在進行臨床試驗,以開發新的癌症治療技術。 在臨床試驗和研究期間對註冊數據進行深入分析有助於確定癌症原因和治療方法,以便更好地進行監測。 癌症登記被研究機構和製藥公司用作 III 期和 IV 期臨床研究的後續材料。 開發複雜的癌症登記軟件有助於提高公共和私人癌症登記處的數據質量。 這將有助於未來幾年市場的擴張。
EHR 系統與獨立癌症登記軟件之間缺乏連通性阻礙了新替代品的開發。 預計此類數據交換問題將需要人工干預,以在不同 EHR 系統之間導入或導出患者記錄,直到建立跨國家和地區的通用健康信息交換系統。 因此,不完全兼容的 EHR 的廣泛採用給癌症患者登記軟件供應商帶來了重大問題。
由於 COVID-19 大流行,癌症診斷在大流行期間顯著下降,化療、手術和其他輔助癌症治療也是如此。 醫生要求我在內窺鏡切除術後、手術切除術後和息肉切除術後推遲癌症治療。 它還建議推遲對感染風險高的癌症患者進行篩查,從而減少治療工作。 政府承諾未來資助註冊業務作為疾病控制資產,並轉向電子報告系統,可以確保癌症監測領域的可持續性。
由於對軟件與區域腫瘤學網絡的集成需求不斷增加,預計集成軟件部分將實現利潤豐厚的增長。 這可能有助於跟蹤受影響區域的地理位置並評估治療干預措施。 它還有助於收集有關疾病負擔的數據和治療方案的成功。 此外,需要與篩查檔案合作,以識別篩查檢測到的癌症並改進評估程序。 這些因素預計將在未來幾年推動這一領域的擴張。
由於與公共數據庫相比,商業數據庫具有更高的數據安全性優勢,因此預計在預測期內將以最快的複合年增長率增長。 商業數據庫符合大多數聯邦政府的要求和規範。 此外,數據結構化且易於跟蹤。 商業技術使疾病控制和預防中心 (CDC) 等政府研究機構與中央癌症登記處之間的數據傳輸成為可能。
由於基礎設施發達,預計北美在預測期內將佔據最大的市場份額。 該地區先進的基礎設施和不斷增加的創新研發投資是推動癌症登記軟件市場增長的關鍵因素。 根據美國國立衛生研究院 (NIH) 的數據,癌症是美國第二大死因。 在該地區,由於吸煙和缺乏運動等因素導致的癌症發病率正在增加,這推動了市場的擴張。
由於政府舉措的增加,預計亞太地區在預測期內的複合年增長率最高。 在日本,厚生勞動省正在啟動一個項目,以加強該國的醫療保健基礎設施。 在中國,第十二個五年計劃宣佈建立區域醫療保健信息網絡 (RHIN)。 此外,製藥業務向中國和印度等低成本製造國家的轉移正在推動亞太行業向前發展。
2022 年 3 月,Elekta 宣布國家衛生服務供應鏈 (NHSSC) 將訂購 Elekta ProKnow 軟件解決方案的多個許可,以在安全且高度可擴展的平台上集中管理和分析放射治療數據。NHS England (NHSE) 輻射腫瘤科設施現已開放。
2018 年 11 月,Onco 升級了 OncoLog 版本 4.4.0,以包含 NAACCR、AJCC、CoC 和 SEER 規定的最新要求。
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According to Stratistics MRC, the Global Cancer Registry Software Market is accounted for $59.72 billion in 2022 and is expected to reach $112.32 billion by 2028 growing at a CAGR of 11.1% during the forecast period. The cancer registry software automates data collecting for national and state registries, which aids in tracking the effectiveness of various treatment regimens. Furthermore, the data collected by the state registries aid in better understanding and treatment of the condition. The information gathered is critical in identifying risk factors such as tobacco usage, sun exposure, or environmental risks such as chemical and radiation exposure. This data is also required for determining where screening and treatment options should be tracked and improved. Furthermore, registry data can help research institutes measure the effectiveness of cancer management, treatment, and preventive programmes.
According to Proteus Breach, healthcare sector saw a massive 41.4 million patient records breached in 2019.
Breast, cervical, and prostate cancers are extremely common in the populations of the United States and Europe. To track trends and examine the possible causes of cancer, medical researchers require up-to-date data on cancer, such as the population diagnosed with cancer, patients undergoing treatment, and mortality rate. Healthcare professionals require cancer incidence statistics in order to make judgements about the amount of equipment and drugs to purchase for treatment and awareness. The increased usage of cancer registry systems for data collecting, storage, and management would have a favourable impact on the market focus during the projection period.
Data privacy and security issues, as the system collects highly personal data, will be a major barrier for the cancer registry software market over the projection period. Cancer registries collect information such as patient demographics, tumour features, treatment, and disease outcome. Government agencies are concentrating on the implementation of new regulations and laws to ensure the safe management of information. Various federal regulations are also listed in the Health Insurance Portability and Accountability Act and the US Department of Health and Human Services (HHS) for the protection and privacy of consumer health data.
Clinical trials are being conducted by pharmaceutical companies and research organisations in order to develop novel cancer treatment techniques. Clinical trials and in-depth analyses of registry data during clinical research aid in the identification of proper monitoring of cancer causes and therapies. Cancer registries are used by research institutes and pharmaceutical corporations as a follow-up source during phase III and phase IV clinical studies. The development of sophisticated cancer registry software assists public and private cancer registry organisations in improving data quality. This will help the market's expansion in the coming years.
The lack of connectivity between EHR systems and independent cancer patient registration software has impeded the development of novel alternatives. These types of data exchange problems are expected to continue to necessitate manual methods for importing or exporting patient records between different EHR systems until a universal health information exchange system is built throughout a country/region. As a result, broad adoption of EHRs that are not fully compatible poses a significant problem for cancer patient registry software suppliers.
Because of the COVID-19 pandemic, cancer diagnoses declined considerably during the pandemic, as did chemotherapy, surgery, and other supporting cancer treatments. Doctors were urged to postpone post-endoscopic resection, surgical resection of cancer, and post-polypectomy cancer. They also recommended that screening for high-risk cancer patients be postponed due to the risk of infection, which resulted in a reduction in treatment operations. A government commitment to fund future registry operations as a disease control asset, along with a shift towards electronic reporting systems, would help to secure the global sustainability of cancer surveillance.
The integrated software segment is estimated to have a lucrative growth, due to the increasing demand for integrating software with a regional oncology network. This will aid in tracking affected geographic locations and evaluating the treatment intervention. It will also contribute in the collection of data on illness burden and the success of treatment programmes. Furthermore, linkage with screening archives is required to identify screen-detected cancers and improve evaluation procedures. These factors are projected to drive the expansion of this segment in the next years.
The commercial database segment is anticipated to witness the fastest CAGR growth during the forecast period, due to its advantage of data safety as compared to the public database. The commercial database complies with most federal requirements and codes. The data is also well-structured and simple to follow. Commercial technologies enable data transmission among government research agencies such as the Centers for Disease Control and Prevention (CDC) and central cancer registries.
North America is projected to hold the largest market share during the forecast period owing to the presence of developed infrastructure. The region's advanced infrastructure and increased investment in research & development for innovation are important factors driving the growth of the cancer registry software market. Cancer is the second highest cause of mortality in the United States, according to the National Institutes of Health (NIH). The rising incidence of cancer in this region, owing to cigarette use and a lack of physical exercise, among other factors, is fuelling market expansion.
Asia Pacific is projected to have the highest CAGR over the forecast period, owing to increasing government initiatives being undertaken in this region. In Japan, the Ministry of Health, Labour, and Welfare has launched projects to strengthen the country's healthcare infrastructure. China has also unveiled its 12th Five-Year Plan to improve the country's Regional Healthcare Information Networks (RHINs). Furthermore, the movement of pharmaceutical businesses to low-cost manufacturing countries such as China and India is moving the Asia Pacific industry forward.
Some of the key players profiled in the Cancer Registry Software Market include: IBM Corporation, McKesson Corporation, Himagine Solutions Inc., CONDUENT Inc., C/Net Solutions, Elekta AB, Rocky Mountain Cancer Data Systems, Ordinal Data Inc., Electronic Registry Systems Inc., Onco Inc., F. Hoffmann-La Roche Ltd, Netdox Health Pvt. Ltd. and Centers for Disease Control and Prevention
In March 2022, Elekta stated that National Health Service Supply Chain (NHSSC) had ordered multiple licenses for Elekta's ProKnow software solution, which centralizes and analyzes radiotherapy data in a secure, scalable platform, accessible to the NHS England's (NHSE's) radiation oncology facilities throughout the country.
In November 2018, Onco upgraded the OncoLog Version 4.4.0 to include the newest requirements mandated by NAACCR, AJCC, CoC and SEER.
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