Research Articles
The Double-Agent Antibody: How Dengue's Hidden Weakness Could Revolutionize Vaccine Design
Discover how scientists are mapping infection-enhancing epitopes of the dengue pr protein to overcome antibody-dependent enhancement and create safer vaccines.
Unlocking the Secrets of Cryptosporidium: How a Tiny Protein Could Defeat a Global Killer
Discover how the gp40/15 protein complex in Cryptosporidium could lead to breakthrough treatments and vaccines against this deadly parasite.
The Silent Battle: Enhancing Hepatitis B Vaccine Response in HIV-Infected Patients
Exploring strategies to improve hepatitis B vaccine effectiveness in HIV-positive individuals through optimized dosing, novel adjuvants, and timing considerations.
The Invisible Arms Race: Decoding Staphylococcus aureus Antigens
Exploring the fascinating world of S. aureus antigens and how they hold the key to unlocking new protective strategies against this formidable pathogen.
The Invisible Shield: How a Vaccine Protects Arthritis Patients from Serious Infection
Discover how pneumococcal conjugate vaccines reduce serious infection risk by nearly half in inflammatory arthritis patients, with long-term protection data.
The Invisible Key: How a Parasitic Enzyme Could Unlock New Vaccines
Exploring Schistosoma mansoni cercarial elastase and its potential for vaccine development against schistosomiasis
Theiler's Murine Encephalomyelitis Virus: Nature's Unexpected Gift to Cancer Immunotherapy
Explore how Theiler's Murine Encephalomyelitis Virus (TMEV) is being engineered as a novel vaccine platform for cancer immunotherapy and other therapeutic applications.
Little Fighters, Big Protection: Unlocking COVID-19 Vaccine Response in Pediatric Cancer Patients
Research on BNT162b2 mRNA COVID-19 vaccine effectiveness in pediatric cancer patients reveals crucial insights for protecting immunocompromised children.
The Double Agents: How BCG Vaccine Activates Both Sides of the Immune System
Discover how BCG vaccine activates two distinct suppressor cell populations in mice and the implications for immunology and medicine.
A Trojan Horse Vaccine: How Tricking the Immune System Could Defeat Dengue
Discover how targeting the dengue virus's NS1 protein directly to dendritic cells creates powerful protective immunity against this deadly disease.