Trueta's 1959 clinical and vascular study of 202 patients asks why acute haematogenous osteomyelitis presents so differently in infants, children, and adults — and proposes that the changing vascular anatomy of bone at each developmental stage is the answer. The paper correlates injection-based vascular studies with clinical patterns of infection spread, joint involvement, sequestration, and growth disturbance across the three age groups.
When you see osteomyelitis in a neonate or infant, think transphyseal spread: the joint and epiphysis are at immediate risk and require urgent drainage regardless of how 'mild' the systemic picture appears.
When you see it in a school-age child, think metaphyseal containment: protect the periosteum to prevent sequestration, but be reassured that the physis and joint are usually spared.
Trueta's 1959 clinical and vascular study of 202 patients asks why acute haematogenous osteomyelitis presents so differently in infants, children, and adults — and proposes that the changing vascular anatomy of bone at each developmental stage is the answer. The paper correlates injection-based vascular studies with clinical patterns of infection spread, joint involvement, sequestration, and growth disturbance across the three age groups.
When you see osteomyelitis in a neonate or infant, think transphyseal spread: the joint and epiphysis are at immediate risk and require urgent drainage regardless of how 'mild' the systemic picture appears.
When you see it in a school-age child, think metaphyseal containment: protect the periosteum to prevent sequestration, but be reassured that the physis and joint are usually spared.