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Table 2 Distribution of T, B and NK cells among the respective activation compartments

From: Mesenchymal stem cells from umbilical cord matrix, adipose tissue and bone marrow exhibit different capability to suppress peripheral blood B, natural killer and T cells

 

MNC

MNC + BM-MSCs

MNC + UCM-MSCs

MNC + AT-MSCs

MNC + PHA

MNC + PHA + BM-MSCs

MNC + PHA + UCM-MSCs

MNC + PHA + AT-MSCs

Cell type

Subpopulation

n = 17

n = 5

n = 7

n = 5

n = 17

n = 5

n = 7

n = 5

Total T cells

 

82 ± 5

80 ± 11

80 ± 7

86 ± 5

86 ± 3

79 ± 8

71 ± 17

86 ± 5

CD4 + T cells

 

81 ± 5

81 ± 9

77 ± 9

84 ± 3

77 ± 3

84 ± 7

67 ± 8

76 ± 10

 

CD69-CD25-HLA-DR-

100 ± 0

100 ± 0

99 ± 2

100 ± 0

25 ± 7

23 ± 8

18 ± 9

43 ± 17a; b; c; d

 

CD69+CD25-HLA-DR-

0 ± 0

0 ± 0

1 ± 2

0 ± 0

6 ± 1

14 ± 4a; d

15 ± 8a; d

13 ± 1a; d

 

CD69+CD25+HLA-DR-

0 ± 0

0 ± 0

0 ± 0

0 ± 0

67 ± 7

58 ± 6a

66 ± 17

43 ± 18a; d

 

CD69+CD25+HLA-DR+

0 ± 0

0 ± 0

0 ± 0

0 ± 0

3 ± 2

4 ± 2

2 ± 2

1 ± 0

CD8 + T cells

 

19 ± 5

19 ± 9

23 ± 9

14 ± 3

23 ± 3

16 ± 7

33 ± 8

24 ± 10

 

CD69-CD25-HLA-DR-

99 ± 0

99 ± 2

98 ± 3

100 ± 1

18 ± 10

22 ± 3

12 ± 1b

41 ± 12a; b; c; d

 

CD69+CD25-HLA-DR-

1 ± 0

1 ± 2

2 ± 2

0 ± 1

9 ± 1

16 ± 4a; d

18 ± 9a; d

14 ± 2a

 

CD69+CD25+HLA-DR-

0 ± 0

0 ± 0

0 ± 0

0 ± 0

68 ± 11

59 ± 6a

67 ± 10

45 ± 14a; b; c; d

 

CD69+CD25+HLA-DR+

0 ± 0

0 ± 0

0 ± 0

0 ± 0

4 ± 2

2 ± 3d

2 ± 2

1 ± 1

B cell

 

2 ± 0

2 ± 1

4 ± 4

3 ± 2

3 ± 1

4 ± 1

4 ± 3

3 ± 2

 

CD69-CD25-

98 ± 1

95 ± 4

97 ± 3

98 ± 1

40 ± 6

63 ± 23

37 ± 9

72 ± 15a; d

 

CD69+CD25-

2 ± 1

5 ± 4

3 ± 3

2 ± 1

56 ± 7

32 ± 15d

60 ± 6b

27 ± 14a; d

 

CD69+CD25+

0 ± 0

0 ± 0

0 ± 0

0 ± 0

4 ± 3

5 ± 10

4 ± 4

1 ± 1

Total NK cells

 

16 ± 5

19 ± 10

16 ± 5

12 ± 5

12 ± 2

20 ± 9

20 ± 9

11 ± 5

CD56 bright NK cells

 

3 ± 1

2 ± 1

3 ± 2

4 ± 3

8 ± 0

6 ± 3

6 ± 5

8 ± 4

 

CD69-CD25-

99 ± 0

99 ± 1

99 ± 3

100 ± 1

82 ± 2

94 ± 2a; d

80 ± 20

97 ± 1a; b; d

 

CD69+CD25-

1 ± 0

1 ± 1

1 ± 3

0 ± 1

17 ± 2

6 ± 2a; d

18 ± 17

3 ± 1a; b; d

 

CD69+CD25+

0 ± 0

0 ± 0

0 ± 0

0 ± 0

1 ± 0

1 ± 0

2 ± 3

1 ± 0

CD56 dim NK cells

 

97 ± 1

98 ± 1

97 ± 2

96 ± 3

92 ± 0

94 ± 3

94 ± 3

92 ± 4

 

CD69-CD25-

97 ± 2

96 ± 7

97 ± 4

99 ± 1

29 ± 3

73 ± 18a; d

74 ± 6a; d

79 ± 19a; d

 

CD69+CD25-

3 ± 2

4 ± 7

3 ± 4

1 ± 1

68 ± 2

25 ± 17a; d

25 ± 6a; d

20 ± 19a; d

 

CD69+CD25+

0 ± 0

0 ± 0

0 ± 0

0 ± 0

3 ± 0

1 ± 1

1 ± 1

1 ± 0

  1. Distribution (mean ± standard deviation) of total T cells, CD4+ and CD8+ T cells, B cells, total NK cells and CD56dim and CD56bright NK cells in the MNC culture and among the following activation stages: non-activated CD69-CD25-HLA-DR-, earlier activated CD69+CD25-HLA-DR-, intermediate activated CD69+CD25+HLA-DR-, and later activated CD69+CD25+HLA-DR+, for T cell subpopulations; and non-activated CD69-CD25-, earlier activated CD69+CD25- and activated CD69+CD25+, for B cells and NK cell subpopulations. MNC were subjected to different culture conditions: absence or presence of PHA and absence or presence of MSCs from different sources.
  2. Results are expressed as mean percentage ± standard deviation. Statistically significant differences were considered when P <0,05 for Mann–Whitney test:acomparing with MNC + PHA; bcomparing with MNC + PHA + BM-MSCs; ccomparing with MNC + PHA + UCM-MSCs. Statistically significant differences were considered when P <0,05 for Wilcoxon paired-sample test: dcomparing with MNC + PHA.
  3. AT, adipose tissue; BM, bone marrow; MNC, mononuclear cells; MSCs, mesenchymal stem cells; PHA, phytohemagglutinin; UCM, umbilical cord matrix.