pulmoseek™️ plus-最新凯时注册

noninvasive liquid biopsy combined with ct imaging ai, to help distinguish benign and malignant pulmonary nodules in patients with pulmonary nodules.

disease background

lung cancer ranks first in the number of new cases and the number of deaths.

828,000 new cases of lung cancer and 657,000 of deaths from lung cancer^[1].
5-year survival rate for early-stage lung cancer is over 90%, and less than 10% for late-stage.

currently, the diagnosis and treatment of pulmonary nodules face many challenges

low detection rate of early lung cancer:in china, the detection rate of early lung cancer is 20%, the 5-year survival rate for lung cancer patients is 19.7%^[1]and the detection rate of pulmonary nodules in health examination population is 22.6% ^[2].
high false positive rate: the nlst research shows that the false positive rate of pulmonary nodules in ldct detection is 96.4% ^[3].
high incidence of anxiety: research shows that the incidence of anxiety in the patients with pulmonary nodules is 59%^[4].
high excessive treatment rate:of the nodules which are highly suspected to be malignant based on imaging and clinical judgment, 30%-40% are benign lesions after surgery^[5].

product advantages

98.1
%

sensitivity
91.7
%

specificity
97.3
%

accuracy

noninvasive

only 10 ml of peripheral blood and ct-dicom image data are needed.
professional

the research findings were published in jcl journal (2021, 1f=19.456); anchordx has obtained international certification of iso13485:2016; pulmoseek™ has obtained ce mark certification.
intelligent national invention patent

ngs methylation detection intelligent analysis image ai smart diagnosis, to assure stable performance.
innovative

assure precision detection. invention patent related to anchorlris library construction technology: methylated dna detection method [patent no.: zl20170063335.1]; dna ligase-mediated dna amplification technology [patent no.: 201710206888.8]

international recognition

thunder project: to verify the performance of pulmoseek plus to distinguish benign and malignant pulmonary nodules in the real world

academician nanshan zhong: "we hope to demonstrate that through clinical trials, anchordx's non-invasive relevant testing products can achieve early diagnosis and treatment of lung cancer in the real world for the benefit of patients, thus reflecting the socio-economic benefits in the entire health care system, as well as rewriting guidelines and becoming the gold standard"
ce certification

in 2022, pulmoseek™ plus obtained ivdd-ce mark from eu and an ivd european access permit from dutch cibg.
ers international congress

in 2022, academician nanshan zhong presented the research findings of pulmoseek™ plus at the international congress of european respiratory society (ers).
world conference on lung cancer (wclc)

in 2021, pulmoseek™ plus was presented at the world conference on lung cancer (wclc).

awards & honors

2021 top 10 excellent total solutions for cancer
awards & honors

top 10 enterprises in the "in vitro diagnostics high-throughput sequencing top 10" category in china smart diagnostic medicine list 2021
awards & honors

a unit of guangdong research center for precision medicine and ai-aided diagnosis of tumorsguangdong tumor precision medicine and artificial intelligence aided diagnosis engineering technology research center

target users

patients with 5-30mm pulmonary nodules

patients with pulmonary nodules who are unsuitable/unwilling to undergo puncture biopsy
patients with pulmonary nodules who are unsuitable/unwilling to undergo bronchoscopy
patients with difficult-to-diagnose pulmonary nodules
patients who are hesitant about surgery for pulmonary nodules
patients with anxiety about pulmonary nodules

sample collection and service process

sample collection

10ml blood
ct-dicom data

service process

test counseling
sample collection
sample transport
testing and analysis
report issuance
after-sales support

references

[1] report of cancer epidemiology in china, 2015. chinese journal of oncology, 2019;41(1).
[2] wenjiayang, et al;[j],.lung cancer, 2018.mar, 117,20-26.
[3] nlst, [j].n engl j med,2011 august 4,365(5): 395–409.
[4] lihong li, et al.[j].thorac cancer,2020 jun,11(6):1433-1442.
[5] silvestri ga, et al. [j]. n engl j med,2015, 373(3):243-251.