The global rise in respiratory infections is putting immense pressure on healthcare systems, emphasizing the need for more efficient and accurate diagnostic solutions.

Using multiplex qPCR tests to differentiate multiple pathogens at once could revolutionize diagnosis and improve global health.

Going beyond its current use in diagnostics, PCR is expanding its applications and effectiveness in countering emerging pathogens.

Three awardees from the Open Innovation Program, a joint initiative between Seegene and Springer Nature, discuss how their projects will change the paradigm of the diagnosis of very different diseases using syndromic quantitative PCR (qPCR) testing.

Stay ahead in the fight against cervical cancer with a proactive approach to managing HPV by understanding the key risk factors.

MPXV: A Closer Look at the Global Health Threat and the Role of Syndromic qPCR Testing

As patients demand more precise diagnoses post-COVID, syndromic qPCR testing emerges as an excellent alternative to meet these needs.

LGBTQ (lesbian, gay, bisexual, transgender and queer) Pride Month is here! It’s an entire month dedicated to celebrating LGBTQ community itself and the culture, uplifting LGBTQ voices, and supporting LGBTQ rights. In light of Pride Month, let’s take the timely opportunity to explore potential health risks that are more prevalent in the LGBTQ community.

Seegene's innovative solutions combat vector-borne diseases, enhancing global health with advanced diagnostics and integrated strategies.

The synergy between the two powerhouses will fundamentally transform the landscape of global healthcare.

Seegene's innovative solutions significantly improve ways to protect women's reproductive health.

Heads Up for the Pneumonia Outbreak, Tip of the Iceberg: Understanding Mycoplasma pneumoniae (MP) Surges

SG STATS - Never has a post analysis been so fast!

Collaborating with clinical researchers worldwide, Seegene will share its technologies and enable researchers to develop syndromic qPCR assays

Urethritis is a common genital disease in males, and usually caused by urinary tract infection (UTI) primarily transmitted through sexual intercourse.

Recently, there has been a rising interest in various approaches to monitoring infectious diseases, focusing on analyzing wastewater and environmental samples.

The prevalence of gastrointestinal (GI) infections has been significantly affected worldwide during and after the COVID-19 pandemic.

Ct, which stands for cycle threshold, is a critical value of real-time PCR (RT-PCR) tests.