Stock Market Crash Graph

Animation of an axial view of a brain with a right parietal lobar haemorrhage (bleeding) with a hyperintense haemorrhagic region (white) surrounded by hypointense oedema (light grey). The right parietal lobe is a common site for lobar intracerebral haemorrhages associated with cerebral amyloid angiopathy, coagulopathies, or traumatic brain injury.

Animation of an axial view of a brain with a right parietal lobar haemorrhage (bleeding) with a hyperintense haemorrhagic region (green) surrounded by hypointense oedema (light blue). The right parietal lobe is a common site for lobar intracerebral haemorrhages associated with cerebral amyloid angiopathy, coagulopathies, or traumatic brain injury.

Slow motion wide handheld shot of two cars crashing into each other in the intersection. Shot in Slovenia.

Animation of an axial view of a brain with a right parietal lobar haemorrhage (bleeding) with a hyperintense haemorrhagic region (orange) surrounded by hypointense oedema (light blue). The right parietal lobe is a common site for lobar intracerebral haemorrhages associated with cerebral amyloid angiopathy, coagulopathies, or traumatic brain injury.

Wide locked down shot of a silver sedan crashing into a black minivan in the crossroad and the female driver needs help to get out of the sedan Shot in Slovenia.

Wide crane shot of the paramedic team covering the body of a female victim of a car accident with a black sheet and walking away. Shot in Slovenia.

Animation of a coronal view of a brain with a haemorrhagic (bleeding) lesion (red) in the putamen of the left basal ganglia. The bleed is consistent with a hypertensive intracerebral haemorrhage, a haemorrhagic stroke caused by high blood pressure (hypertension). In this type of stroke the putamen often sustains damage when the lenticulostriate arteries supplying the basal ganglia rupture due to chronic hypertension or small vessel disease. Positioned near the internal capsule, this bleed could potentially impair corticospinal pathways, leading to right-sided weakness (hemiplegia). When the left hemisphere is dominant for language, additional language deficits such as aphasia may occur. Despite the pronounced haemorrhage, there is no clear midline shift, suggesting a limited mass effect at this stage.

Animation of a sagittal view of a brain with a haemorrhagic (bleeding) lesion (pink) in the putamen of the left basal ganglia. The bleed is consistent with a hypertensive intracerebral haemorrhage, a haemorrhagic stroke caused by high blood pressure (hypertension). In this type of stroke the putamen often sustains damage when the lenticulostriate arteries supplying the basal ganglia rupture due to chronic hypertension or small vessel disease. Positioned near the internal capsule, this bleed could potentially impair corticospinal pathways, leading to right-sided weakness (hemiplegia). When the left hemisphere is dominant for language, additional language deficits such as aphasia may occur. Despite the pronounced haemorrhage, there is no clear midline shift, suggesting a limited mass effect at this stage.

Video of the damage to the tall ship

Wide locked down shot of a red sedan being crashed into from the side by a black minivan. Shot in Slovenia.

Animation of a coronal view of a brain with a haemorrhagic (bleeding) lesion (orange) in the putamen of the left basal ganglia. The bleed is consistent with a hypertensive intracerebral haemorrhage, a haemorrhagic stroke caused by high blood pressure (hypertension). In this type of stroke the putamen often sustains damage when the lenticulostriate arteries supplying the basal ganglia rupture due to chronic hypertension or small vessel disease. Positioned near the internal capsule, this bleed could potentially impair corticospinal pathways, leading to right-sided weakness (hemiplegia). When the left hemisphere is dominant for language, additional language deficits such as aphasia may occur. Despite the pronounced haemorrhage, there is no clear midline shift, suggesting a limited mass effect at this stage.

Slow motion wide handheld shot of a silver sedan crashing into a black minivan in the intersection. Shot in Slovenia.

Animation of a coronal view of a brain with a haemorrhagic (bleeding) lesion (red) in the putamen of the left basal ganglia. The bleed is consistent with a hypertensive intracerebral haemorrhage, a haemorrhagic stroke caused by high blood pressure (hypertension). In this type of stroke the putamen often sustains damage when the lenticulostriate arteries supplying the basal ganglia rupture due to chronic hypertension or small vessel disease. Positioned near the internal capsule, this bleed could potentially impair corticospinal pathways, leading to right-sided weakness (hemiplegia). When the left hemisphere is dominant for language, additional language deficits such as aphasia may occur. Despite the pronounced haemorrhage, there is no clear midline shift, suggesting a limited mass effect at this stage.

Point of view shot of a person driving his car and crashing into another car in the intersection. Shot in Slovenia.

Animation of an axial view of a brain with a haemorrhagic (bleeding) lesion (orange) in the putamen and parts of the caudate nucleus of the left basal ganglia. These areas are frequently affected by ruptures of the lenticulostriate arteries, particularly under conditions of chronic hypertension (high blood pressure). The accumulation of blood in this region can lead to motor dysfunction, cognitive changes, or altered consciousness. There is a noticeable midline shift indicating a significant mass effect (compression of surrounding tissue).

Aerial shot of a black minivan crashing into a red car in the crossroad. Shot in Slovenia.

Animation of a sagittal view of a brain with a haemorrhagic (bleeding) lesion (coloured) in the putamen of the left basal ganglia. The bleed is consistent with a hypertensive intracerebral haemorrhage, a haemorrhagic stroke caused by high blood pressure (hypertension). In this type of stroke the putamen often sustains damage when the lenticulostriate arteries supplying the basal ganglia rupture due to chronic hypertension or small vessel disease. Positioned near the internal capsule, this bleed could potentially impair corticospinal pathways, leading to right-sided weakness (hemiplegia). When the left hemisphere is dominant for language, additional language deficits such as aphasia may occur. Despite the pronounced haemorrhage, there is no clear midline shift, suggesting a limited mass effect at this stage.

Video of the damage to the tall ship

Animation of a coronal view of a brain with a right parietal lobar haemorrhage (bleeding) with a hyperintense haemorrhagic region (white) surrounded by hypointense oedema (light grey). The right parietal lobe is a common site for lobar intracerebral haemorrhages associated with cerebral amyloid angiopathy, coagulopathies, or traumatic brain injury.

Animation of a coronal view of a brain with a right parietal lobar haemorrhage (bleeding) with a hyperintense haemorrhagic region (green) surrounded by hypointense oedema (light blue). The right parietal lobe is a common site for lobar intracerebral haemorrhages associated with cerebral amyloid angiopathy, coagulopathies, or traumatic brain injury.

Broken glass on asphalt road or highway after critical car accident

An African-American young adult mother is seen making a phone call next to her car, likely seeking assistance for an issue she is facing with her vehicle. Her expression shows concern as she raises her arm, standing beside the open trunk in a park surrounded by trees. The image captures the challenge of dealing with unexpected situations, such as car trouble, while balancing family responsibilities.

Animation of a coronal view of a brain with a right parietal lobar haemorrhage (bleeding) with a hyperintense haemorrhagic region (orange) surrounded by hypointense oedema (light blue). The right parietal lobe is a common site for lobar intracerebral haemorrhages associated with cerebral amyloid angiopathy, coagulopathies, or traumatic brain injury.