Disorders of the Veins and Arteries
Introduction
Vasculardiseaseincludesanydisease,includingperipheralarteriesdisease,whichimpactsyour
circulatorysystem.Itvariesfromarteryvenalandlymphaticdiseasestocirculationdisorders.
Thrombosis of the deep vein may present a serious health threat. Clot fragments will break up
and move into the lung through the bloodstream. This is known as pulmonary embolism and can
soon be fatal. The blood flow of deep veins in the veins can also be blocked, allowing the blood
to pool. This can cause the leg called post-thrombolic syndrome to swell, discomfort and
permanence.
Pathophysiology of Chronic Venous Insufficiency
The disturbance of valve competence in the low-pressure venous system causes inadequate
venous re-entering, reflooding, and distention (Weiss, Izaguirre Anaribe, Lanza, & Lessnau,
2016) is slowly developing venous insufficiency (VIC). The valvular inadequacy of circulatory
stasis, hypoxia of the tissue, blood pressure or varicose veins induces the CVI. A person can
develop venous dissolution over time and the risk factors are knee traffic, long standing or
wearing constricting clothing by decreasing the pumping of calf muscles (Huether and McCance
2017).
Sometimes CIV patients complain that they have a lower end of the neck, a heavy leg or
restless legs (Weisse, Izaguirre Anaribe, Lanza and Lessnau, 2013). They also have leg
exhaustion, heaviness and restless legs. CVI diagnostics covers the history of medicine, society,
and the family; D-Dimer serum blood tests; Duplex ultrasound testing; magnetic resonance
venography; and physical exam; edema, hyperpigmentation; ulceration; or venous dermaitis.
CVI therapy eliminates symptoms and corrects the abnormality if possible.
Pathophysiology of Deep Vein Thrombosis
There should be no misunderstanding between arterial thrombus or blood clot in the
artery and DVT. An atherosclerosis plaque artery thrombus can cause a stroke (Huether &
McCance, 2017).
A surrogate for the accumulation of fibrin, red blood cells, platelets, and thrombin
stimulates thromboid production through immune response activation (Huether & McCance
2017). A correlation A triad of factors promoting venous thrombosis is commonly referred to as
the triad Virchow in the production of a DVT. The virkhow triad included: "(1) venous static
(e.g. age, immobility, congestive heart failure), (2) venous (e.g. trauma, intravenous medicines)
and (3) hyper-cangular (e.g. genetic, malignant, pregnant, dental, or hormone replacement
therapy) conditions" (Huether, & McCance, 2017, p599).
Asymptomatic or reported sensitivity or calf pain will be present in patients with DVT
(Huether, & McCance 2017). Patient history and physical exam, D-dimer, blood coagulation and
Doppler ultrasound are given evidence of DVT diagnosis (Huether & McCance, 2012).
Epidemiology
The prevalence of CVI and DVT among females is higher. Increasing risk factors for both CVI
and DVT can be linked to obstetric or gynecological conditions in women (Huether, &
McCance, 2017). Women have different systems of reproduction than men and often cross knee
legs, or wear constraining clothing, which raises the CVI risk (Huether & McCance, 2012).
Education should be given to women in the use of hormone replacement contraception and in
measures to reduce risks for varicose veins, like CVI and DVT exercise, ingesting nutritious
foods, wearing comfortable fitting clothes, using padding and not crossing the legs.
Conclusions
The prevalence of both deep venous thrombosis and chronic venous insufficiency must
be understood by experienced clinicians, and how these conditions impact on their patients.
Mind Map
Mind Map
.
Pathophysiology:
Increased venous
pressure and valve
failure.
Congenital weak vein
walls or absence of
venous valves.
Diminished pumping
action of calf muscles or
Diagnosis:
D-dimer serum blood test
Duplex ultrasonography
Patient history and physical
exam,
Clinical Presentation (in lower
extremities):
Edema
Redness/
hyperpigmentation of
skin on LE
Aching, burning,
cramping sensations
CVI
Risk Factors:
Wearing constricting
garments
Female gender
pregnancy
Crossing legs at the knees
Prolonged standing
Heavy lifting
Epidemiology:
Incompetence of the
circulatory stasis veins,
tissue hypoxia, venous
high blood pressure or
varicose veins
Treatment - Prevention
Pathophysiology:
Accumulation of clotting
factors
Impaired venous return
Clot formation
References
Centers for Disease Control and Prevention. (2017).
Venous thromboembolism (blood clots). Retrieved
from https://www.cdc.gov/ncbddd/dvt/index.html
Huether, S. E., & McCance, K. L. (2017).Understanding pathophysiology(6th ed.). St. Louis,
MO: Mosby.
Pathophysiology:
Accumulation of clotting
factors
Impaired venous return
Clot formation
Clinical Presentation:
Redness
Pain / Tenderness along
distribution of vein
(calf/thigh)
Asymmetrical swelling
Diagnosis:
D-dimer, coagulation
blood tests
Doppler ultrasonography
Patient history and
physical exam,
DVT
Epidemiology:
100,000 die yearly
Inherited abnormalities
of clotting cascade
Risk Factors:
Spinal cord injury
Obstetric/Gynecologic
conditions
Obesity
Immobility
Drugs/medications
Treatment - Prevention:
Resolution without
treatment
Ambulation/exercise
Compression stockings/
SCDs
Patel, K., &Chung, L. J., & Chang, J. S. (2016). Deep venous thrombosis. Medscape. Retrieved
fromhttp://emedicine.medscape.com/article/1911303-overview#showall
Vascular Disease foundation. (n.d.). Chronic venous insufficiency. Retrieved
fromhttp://www.vasculardisease.org/flyers/chronic-venous-insufficiency-flyer.pdf
Weiss, R., & Izaguirre Anaribe, D. (2016). Venous Insufficiency. Medscape. Retrieved from
http://emedicine.medscape.com/article/1085412-overview