Osteosynthesis plate

An osteosynthesis plate (OP, OP′, OP″, OP′″) for fixation of bone fragments (K1, K2), comprising:

• a plate body (P, P′) having a top side (OS) and an underside, the plate body (P, P′) placeable on the bone fragments (K1, K2) at the underside of the plate body (P, P′),
• wherein the plate body (P, P′) comprises at least one bridge section (BU, BU1, BU2) for bridging a gap (S) between the bone fragments (K1, K2),
• wherein the plate body (P, P′) comprises a plurality of fixation sections (BA1, BA2, BA1′, BA2′, BA3′) that are located on each side of the at least one bridge section (BU, BU1, BU2),
• wherein a fixation point (BP1, BP2, BP1′, BP2′, BP3′) is associated with each of the fixation sections (BA1, BA2, BA1′, BA2′, BA3′), the plate body (P, P′) fixable to the bone fragments (K1, K2) at the fixation point (BP1, BP2, BP1′, BP2′, BP3′) of each of the fixation sections (BA1, BA2, BA1′, BA2′, BA3′),
• wherein the fixation point (BP2, BP1′, BP2′) on one of the fixation sections (BA1, BA2, BA1′, BA2′, BA3′) is formed on an island section (IA, IA′) connected to the one of the fixation sections (BA2, BA1′, BA2′) exclusively via a plurality of spring segments (FS1, FS2, FS1′, FS2) that allow for relative displacement of the one of the fixation sections (BA2, BA1′, BA2′) and of the island section (IA, IA′) in an elastically resilient manner, and
• wherein at least one of the spring segments (FS1, FS2, FS1′, FS2) is aligned in such that, when a load (B) is applied in a main loading direction of the bone (K), the island section (IA, IA′) displaces relative to the one of the fixation sections (BA2, BA1′, BA2′) and a distance between the island section (IA, IA′) and the at least one bridge section (BU, BU1) increases.