Aktuális sajtó tartalmak és illusztrációs fotók

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RM
Trulicity is for adults and children 10 years of age and older with type 2 diabetes used along with diet and exercise to improve blood sugar (glucose). Trulicity is also used in adults with type 2 diabetes to reduce the risk of major cardiovascular events (problems having to do with the heart and blood vessels) such as death, heart attack, or stroke in people who have heart disease or multiple cardiovascular risk factors-stock-foto
RM
Trulicity is for adults and children 10 years of age and older with type 2 diabetes used along with diet and exercise to improve blood sugar (glucose). Trulicity is also used in adults with type 2 diabetes to reduce the risk of major cardiovascular events (problems having to do with the heart and blood vessels) such as death, heart attack, or stroke in people who have heart disease or multiple cardiovascular risk factors-stock-foto
RM
Trulicity is for adults and children 10 years of age and older with type 2 diabetes used along with diet and exercise to improve blood sugar (glucose). Trulicity is also used in adults with type 2 diabetes to reduce the risk of major cardiovascular events (problems having to do with the heart and blood vessels) such as death, heart attack, or stroke in people who have heart disease or multiple cardiovascular risk factors-stock-foto
RM
Trulicity is for adults and children 10 years of age and older with type 2 diabetes used along with diet and exercise to improve blood sugar (glucose). Trulicity is also used in adults with type 2 diabetes to reduce the risk of major cardiovascular events (problems having to do with the heart and blood vessels) such as death, heart attack, or stroke in people who have heart disease or multiple cardiovascular risk factors-stock-foto
RM
Trulicity is for adults and children 10 years of age and older with type 2 diabetes used along with diet and exercise to improve blood sugar (glucose). Trulicity is also used in adults with type 2 diabetes to reduce the risk of major cardiovascular events (problems having to do with the heart and blood vessels) such as death, heart attack, or stroke in people who have heart disease or multiple cardiovascular risk factors-stock-foto
RF
Two cartoonish kidneys are positioned side-by-side. The organs are detailed with their vessels.-stock-foto
RF
Realistic heart anatomy illustration with blood vessels-stock-foto
RF
Realistic heart anatomy illustration with blood vessels-stock-foto
RF
Microscopic view of branching blood vessels and tissue-stock-foto
RF
Microscopic view of branching blood vessels and tissue-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A detailed microscopic image showcasing the intricate network of red branching blood vessels within a pale, textured biological tissue.-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
A vivid cerebral angiogram reveals the intricate network of brain vessels. This stunning image highlights the complexity and symmetry of the human min-stock-foto
RF
The vivid CTA femoral artery run off with color showing femoral artery for diagnostic  Acute or Chronic Peripheral Arterial Disease.-stock-foto
RF
The Vivid CTA femoral artery run off showing  femoral artery at knee area for diagnostic  Acute or Chronic Peripheral Arterial Disease.-stock-foto
RF
The Vivid CTA femoral artery run off showing  femoral artery at knee area for diagnostic  Acute or Chronic Peripheral Arterial Disease.-stock-foto