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Table 2 Summary of 3-D culture studies with follicles from human, primate and large domestic animal species

From: Three-dimensional in vitro follicle growth: overview of culture models, biomaterials, design parameters and future directions

Author

Year

System

Description

Species

Culture

Period

Initial

Follicle

Diameter

Final

Diameter

Survival

Rate

Antrum

Formation

Observations/Conclusions

Amorim

et al.

[72]

2009

Alginate (ALG)1%

Human

7 days

34-52 μm

44--70 μm

90%

NA

Alginate culture system supported growth of Isolated follicles from frozen-thawed ovary

Xu

et al.

[67]

2009

Alginate 0.5%

Matrigel embedded

Human

30 days

~175 μm

715 μm

NA

75%

Both 3-D systems supported growth of isolated human follicles

Xu

et al.

[48]

2009

Alginate (ALG) 0.25% versus 0.5%

Rhesus monkey

30 days

100-300 μm

20 vs 78%

60 vs 78%

Yes

Higher ALG better survival and growth. LH addition with FSH negative effect on survival and P4 secretion

Itoh

et al.

[104]

2002

Collagen gel

Cow

13 days

145-170 μm

304 μm

NA

Yes

Serum-free culture. Insulin, FSH and LH together induced earlier antrum formation

Abir

et al.

[51]

2001

Collagen gel

Human

24 hours

35-45 μm

70 μm

NA

NA

Collagen matrix supported growth of fully isolated follicles but not tissue slice with partially isolated follicles

Hovatta

et al.

[49]

1999

In situ and partially isolated follicles

Millicell + Matrigel

Human

~28 days

total

NA

NA

NA

No

Tissue slices better less oocyte extrusion than collagenese isolated. Four weeks to reach secondary stage

Yamamoto

et al.

[105]

1999

Collagen gel

Cow

14 days

500-700 μm

NA

37%

Yes

MII 27%, 42% fertilization, 4% blastocyst

One live birth.

Hiraoi

et al.

[106]

1994

Collagen gel

Pig

16 days

220-300 μm

NA

NA

Yes

40% MII formation in oocytes ≥110 μm

No MII from oocytes <110 μm. Oocytes capable of being fertilized

Roy and Treacy

[107]

1993

Agar

Human

5 days

90-220 μm

NA

NA

Yes

FSH induced antrum formation, hormone secretion. No FSH, no E2 secretion