bone marrow transplantation: role of nutritionddplnet.com/wk09_06_lect_bmt.pdf · bone marrow...
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Bone Marrow Transplantation:
role of nutrition
Reference:
a) Robbins Basic Pathology 7th edition. Kumar, Cotran, Robbins editors. 2003.
b) Immunology, 6th edition. Roitt, Brostoff, Male. 2001
c) Nutrition, immune functions and health; Euroconferences, Paris; June 9-10, 2005
d) Internet. Accessed November 30, 2007
e) Harper’s Illustrated Biochemistry 27th edition. Murray RK, Granner DK, Rodwell VW.
Membrane
Structure
Phospholipid bilayer
Proteins
Carbohydrates
Micronutrients
Function
Solute/nutrient concentration/balance
All types of metabolic interactions
Signaling/communications
Replication
Cell membrane
Membrane dynamics
Lipids of physiologic significance d
Saturated fatty acids – no double bonds
Unsaturated fatty acids – with double bonds MUFA: one
PUFA: 2 Eicosanoids (from 20 carbon atoms)
Prostaglandins
Thromboxanes
Leukotrienes/Lipoxins
Cholesterol – precursor of Bile salts, adrenocortical hormones, sex hormones, D
vitamins, cardiac glycosides
Membrane component
Eicosanoids a
Unsaturated fatty acids
Lipids d
Physical and physiologic properties reflect chain length
and degree of unsaturation
Membrane lipids which must be fluid at all environmental
temperatures are more unsaturated than storage lipids
Phopholipids
Phosphatidylcholine (all membranes)
Phophatidylinositol (second messenger)
Cardiolipin (mitochondria)
Plasmalogen (brain and muscle)
Sphingomyelin (nervous system)
Study on fish oils use in BMT
16 consecutive patients for BMT
EPA 1.5 g/day; 3 wks
before and 180 days
after BMT (7)
Standard diet (9)
All survived
• GVHD (2)
• GVHD III or IV (3)
• Thrombotic microangiopathy (4)
• CMV disease (4)
• Died (5)
Takatsuka H, Takemoto Y, Iwata N, et. Oral eicosapentaenoic acid for complications of bone
marrow transplantation. Bone Marrow Transplantation (2001) 28, 769–774.
• ↓ LTB4
• ↓ TXA2
• ↓ PGI2
(P<0.01)
• TNFα
• IFNγ
• IL10
(P<0.05)
Eicosanoids a
-3 PUFA c
Arachidonic acid in
membrane phospholipids
Free arachidonic acid
Phospholipase A2
2-series
PG & TX
Anti
Inflammatory
effectsInflammatory
effects
Anti
Inflammatory
effects
D-series
resolvins, etc
DHA
4-series LT
COX-2COX-2
5-LOX
Inflammatory
effects
EPA
3-series
PG & TX
Less
Inflammatory
effects than
2-series
E-series
resolvins
Anti
Inflammatory
effects
5-series LT
Less
Inflammatory
effects than
4-series
COX-25-LOX
NF B
Inflammatory
effects
(e.g. cytokines)
Calder Philip, Polyunsaturated fatty acids,
inflammation, and immunity : Nutrition, immune
functions and health; Euroconferences, Paris;
June 9-10, 2005
Cells-cell interaction and eicosanoids a
Inflammation a
Inflammation a
Inflammation outcomes a
Monocytes a
Inflammation and organ failure in the ICU
SIRSTNF , IL-1 ,
IL-6, IL-12,
IFN , IL-3
IL-10, IL-4, IL-1ra,
Monocyte HLA-DR
suppression
CARS
days
Insult
(trauma, sepsis)
Inflam
mato
ry b
ala
nce
Tissue inflammation, Early
organ failure and death
weeks
Immunosuppression
2nd Infections Delayed MOF
and death
Griffiths, R. “Specialized nutrition support in the critically ill: For whom and
when? Clinical Nutrition: Early Intervention; Nestle Nutrition Workshop Series
Cell Injury a
Cell changes a
Free radical generation a
Cellular injury types a
Apoptosis a
Inflammatory mediators a
Cytokines a
Kinin/clotting/complement system a
Complement system a
The microcirculatory environment
nucleus
• oxygen
• macronutrients
• micronutrients
• substrates
• hormones
• cytokines
• energy production
• substrate utilization
• substrate synthesis
• protein / complex
subs synthesis
• CO2
• breakdown products
• micronutrients
• substrates
• hormones
• cytokines
Capillary arterial side Capillary venous side
LOCAL EFFECTS
SYSTEMIC EFFECTS
Endothelium interaction
• Interaction with clotting mechanism
• interaction with inflammation process
Normal environment a
Inflammation b
Inflammation a
Neutrophil actions a
Activated leucocyte a
Leucocyte mechanisms a
Current
update
B Cell
Naive Th cell Th0
Th1
Th2
CTL NK Cell B cell
Interleukins d
Name Source Function
IL-1 macrophagessmall amounts induce acute phase reaction, large amounts induce
fever.
IL-2 TH1-cells
stimulates growth and differentiation of T cell response. Can be used
in immunotherapy to treat cancer or suppressed for transplant
patients.
IL-3 T cells stimulates bone marrow stem cells
IL-4
TH2-cells, just activated naïve
CD4+ cell, memory CD4+
cells
involved in proliferation of B cells and the development of T cells and
mast cells. Important role in allergic response (IgE)
IL-5 TH2-cellsrole in differentiation of B cells, eosinophil production, and IgA
production
IL-6 macrophages, TH2-cells induces acute phase reaction
IL-7stromal cells of the red marrow
and thymusinvolved in B, T, and NK cell survival, development, and homeostasis
IL-8macrophages, epithelial cells,
endothelial cellsNeutrophil chemotaxis
IL-9T-cells, specifically by CD4+
helper cellsstimulates mast cells
IL-10 monocytes, TH2-cells, mast cells inhibits Th1 cytokine production
IL-11 bone marrow stroma acute phase protein production
Interleukins d
Name Source Function
IL-12 macrophages NK cell stimulation, Th1 cells induction. May suppress food allergies
IL-13 TH2-cellsStimulates growth and differentiation of B-Cells (IgE), inhibits TH1-cells and
the production of macrophage inflammatory cytokines
IL-14T cells and certain malignant
B cellscontrols the growth and proliferation of B cells
IL-15
mononuclear phagocytes
(and some other cells)
following infection by
virus(es).
Induces production of Natural Killer Cells
IL-16
a variety of cells (including
lymphocytes and some
epithelial cells)
Chemoattracts immune cells expressing the cell surface molecules CD4
IL-17 - Induces production of inflammatory cytokines
IL-18 macrophages Induces production of Interferon-gamma (IFNγ)
IL-20 - regulates proliferation and differentiation of keratinocytes
IL-21 - Induces proliferation in natural killer cells (NK) and cytotoxic T cells
IL-22 -
Activates STAT1 and STAT3 and increases production of acute phase
proteins such as serum amyloid A, Alpha 1-antichymotrypsin and
haptoglobin in hepatoma cell lines
IL-23 - Increases angiogenesis but reduces CD8 T-cell infiltration
Interleukins d
Name Source Action
IL-24 -Plays important roles in tumor suppression, wound healing and
psoriasis by influencing cell survival.
IL-25 -Induces the production IL-4, IL-5 and IL-13, which stimulate eosinophil
expansion
IL-26 -Enhances secretion of IL-10 and IL-8 and cell surface expression of
CD54 on epithelial cells
IL-27 - Regulates the activity of B lymphocyte and T lymphocytes
IL-28 - Plays a role in immune defense against viruses
IL-29 - Plays a role in host defenses against microbes
IL-30 - Forms one chain of IL-27
IL-31 - May play a role in inflammation of the skin
IL-32 -Induces monocytes and macrophages to secrete TNF-α, IL-8 and
CXCL2
IL-33 - Induces helper T cells to produce type 2 cytokines
Inflammation Outcomes a
Histopath a
Nitric Oxide a
Nitric oxide b
L-arginine
L-arginine
Nitric oxide
AS
L-citrullineNADP+
NOS
O2
BH4
Ca2+
NADPH+ + H
GTP
ASS
ASL
Plasma membrane
Wu and Meininger, 2002, Annu Rev Nutr. 22: 61-68
Flynn et al, 2005, Nutrients and Signalling 225-252
Inducible NOS: activity b
ceramide
LDL & linoleic acidmacrophages
glutamine
Fe, cobalt, nickel
Vitamin A & D3
ginseng
islets, liver, colonHigh fat diet
argininecopper
Arteries, aorta,
vascular smooth
muscle cellsPhytanic acid
polyphenols Brain, heart,
Retinal cells kidney
Fructose
Fe
Wu G, Nutritional regulations of NO
synthesis and its implications for
health; : Nutrition, immune functions
and health; Euroconferences, Paris;
June 9-10, 2005
Inducible NOS: activity b
3 & 6 PUFA
polyphenols
fructose
macrophages
glutamine
Cd, Cr, Cu, Lead
carotenoids
High ethanolLung, GIT
Taurine
Lysineendothelial cells,
vascular smooth
muscle cellsVit A, D3, & E
neuronal
cells
kidney
Fructose
glucosamine
Melatonin & Vit D3
Niacin & B6
High glucose
High salt dietIron
Wu G, Nutritional regulations of NO
synthesis and its implications for
health; : Nutrition, immune functions
and health; Euroconferences, Paris;
June 9-10, 2005
Histopath a
Inflammation and organ failure in the ICU
SIRSTNF , IL-1 ,
IL-6, IL-12,
IFN , IL-3
IL-10, IL-4, IL-1ra,
Monocyte HLA-DR
suppression
CARS
days
Insult
(trauma, sepsis)
Inflam
mato
ry b
ala
nce
Tissue inflammation, Early
organ failure and death
weeks
Immunosuppression
2nd Infections Delayed MOF
and death
Griffiths, R. “Specialized nutrition support in the critically ill: For whom and
when? Clinical Nutrition: Early Intervention; Nestle Nutrition Workshop Series
glutamine
Immunonutrients
Glutamine
Glutamine
supplementation
during the pre-
operative phase
alone: effect on
immune indices and
clinical outcome in
malnourished
abdominal surgery
patients in the first
week post-operative
period. Asprer J et al.
(under review,
Nutrition
International journal)
glutamine
* p < 0.05, ANOVA
Repeated measures
Glutaminecd3 - Pan T lymphocytes
0
200
400
600
800
1000
1200
1400
1600
1800
2000
5d preop 1d preop 7d postop
valu
es
cd3c
cd3g
cd4 - T helper
0
100
200
300
400
500
600
700
800
5d preop 1d preop 7d postop
valu
es
cd4c
cd4g
cd22 - B cells
0
50
100
150
200
250
5d preop 1d preop 7d postop
valu
es
cd22c
cd22g
cd56 - NK cells
0
50
100
150
200
250
300
350
5d preop 1d preop 7d postop
valu
es
cd56c
cd56g
Host-microbial interaction c
Lecuit M, Sonnenburg J. Host-microbial relationship in the intestine: sensing commensal and pathogenic bacteria:
Nutrition, immune functions and health; Euroconferences, Paris; June 9-10, 2005
Gut – inductive and effector sites c
Per Brandtzaeg, Mucosal adaptive immunity: impact of exogenous stimuli and feeding; Nutrition, immune
functions and health; Euroconferences, Paris; June 9-10, 2005
macrophages
Cytotoxic T cells
Cytotoxic T cells
Ligands
(glycoproteins)
macrophages
Nutraceuticals: to give or not to
Dose Content in preps
Glutamine 0.4 – 0.5 g/kg 12 – 15 g/L
Arginine ? 4 – 16 g/L
Omega-3-fatty
acids (EPA)
2 – 6 g/day 1 – 2 g/L
Antioxidants
Carotenoids
Vitamin C,E
>100% daily
requirement
Single or
combinations
Maximum effect when given at the proper dose