A.S. was recently diagnosed with Hodgkin disease and scheduled for a staging procedure. His previous axillary lymph node biopsy result was positive for Reed-Sternberg cells. The surgeon charted the results of the staging procedure as “stage I.” What is the difference between Hodgkin disease and non-Hodgkin lymphoma? (Outline the primary difference, then outline the various pathophysiologic aspects of each disease., along with symptoms.)   What is the prognosis and predicted therapy for A.S. now that he has been diagnosed with stage I Hodgkin disease? (List the 5 year survival rate of Hodgkin disease and outline the treatment plan for Stage I Hodgkin disease. Also, explain how the treatment would differ if it is discovered that A.S. actually has Stage II disease.)   What side effects might A.S. expect from this therapy? (List at least 4 side effects.)

A.S. was recently diagnosed with Hodgkin disease and scheduled for a staging procedure. His previous axillary lymph node biopsy result was positive for Reed-Sternberg cells. The surgeon charted results of the staging procedure as “stage I.”   2. How does Hodgkin lymphoma spread in the body, and what does “stage I”  signify for A.S.?

2. Plasma cells are which type of lymphocyte? Explain, No more than 3-6 sentences. A). T cells B). B cells

80) Which white blood cell is the first to attack foreign cells? Group of answer choices Neutrophil B Lymphocyte (B-Cell) Monocyte T Lymphocyte (T-Cell) Eosinophil 81) The internal intercostal muscles assist only in labored breathing.  Group of answer choices False True 82) What is the 1st phase of Hemostasis? Group of answer choices Coagulation Platelet Plug Formation Stroke Bleeding Vascular Spasm 83) The ____________ is the maximum amount of air that can be inhaled beyond a normal tidal inhalation. Group of answer choices RV VC ERV TV IRV

A 19-year-old male visits his primary care physician with a sore throat, swollen lymph nodes, and extreme fatigue. During the visit, the nurse finds that he has a fever. The patient reports that he is attending his second year of college at a local university. The physician performs a physical examination, which confirms large, swollen, painful lymph nodes. He decides to send the patient to the office laboratory for blood work. He orders a complete blood count (CBC) and viral and bacterial studies.     Reference Range     Reference Range WBC 13.3 × 103/uL 4.8–10.8 × 103/uL Neutrophils 40% 60%–70% RBC 4.5 × 109/L 4.7–6.1 × 109/L Lymphocytes 53% *20% of lymphocytes are atypical 20%–30% Hgb 14.1 g/dL 14–18 g/dL Monocytes 7% 5%–10% Hct 42% 42%–52% Eosinophils 0 0%–5% MCV 92 fL 80–100 fL Basophils 0 0%–2% MCH 27 pg 27–31 pg Absolute neutrophils 5.32 1.4–6.5 × 103/uL MCHC 33% 32% –36% Absolute…

Name the antibodies that are present in the plasma for each type.

Secondary lymphoid organs, such as the lymph nodes, spleen, and mucosa-associated lymphoid tissues, each have distinct features that are important for their role in initiating immune responses focused on different anatomical compartments (i.e., the peripheral tissues, the blood, or the gastrointestinal tract, respectively). Yet these organs share some overall structural features, such as distinct T-cell and B-cell zones. One major difference between these organs is: The presence versus the absence of macrophages and dendritic cells Their function in bringing rare naive lymphocytes into contact with their specific antigen The ability of lymphocytes to enter the organ from the blood The mechanism by which antigens or pathogens enter the organ The ability of naïve T cells to be activated and proliferate in the organ

Select the best answer or answers from the choices given: Entry of lymph into the lymphatic capillaries is promoted by which of the following? (a) one-way minivalves formed by overlapping endothelial cells, (b) the respiratory pump, (c) the skeletal muscle pump, (d) greater fluid pressure in the interstitial space.

Match white blood cells with the correct description or function. 1st choice agranular leukocytes that produce antibodies 2nd choice granular leukocytes that promote inflammation 3rd choice granular leukocytes that are active in the initial stages of an infection. It is also highly phagocytic and motile 4th choice granular leukocytes that kill certain parasites, like helminths 5th choice agranular leukocytes that destroy pathogen by phagocytosis Dendritic cell B cell Basophil Eosinophil Neutrophil|

A nurse is caring for a client whose hemoglobin count is reduced after a history of chronic bleeding. The client wants to know what the hematologic and lymphatic system comprises and how they are affected by this condition. Explain.