Comparing placentas from normal and abnormal pregnancies

Alexander Heazell; SL Cotter; L. Gallimore; David Greenhalgh; S. Kennedy; V. Klika; M. Kritz; P. Nelson; Katharine Preedy; I. Pu; A. Stechi; J. Siggers; R. Whittaker

Comparing placentas from normal and abnormal pregnancies

Alexander Heazell, SL Cotter, L. Gallimore, David Greenhalgh, S. Kennedy, V. Klika, M. Kritz, P. Nelson, Katharine Preedy, I. Pu, A. Stechi, J. Siggers, R. Whittaker

Mathematics And Statistics

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Abstract

This report describes work carried out at a Mathematics-in-Medicine Study Group. It is believed that placenta shape villous network characteristics are strongly linked to the placenta’s efficiency, and hence to pregnancy outcome. We were asked to consider mathematical ways to describe the shape and other characteristics of a placenta, as well as forming mathematical models for placenta development.
In this report we propose a number of possible measure of placental shape, form, and efficiency, which can be computed from images already obtained. We also consider various models for the early development of placentas and the growth of the villous tree.

Original language	English
Number of pages	66
Publication status	Published - 2010

Publication series

Name	UK Mathematics-in-Medicine Study Groups series

Keywords

placenta
normal pregnancy
abnormal pregnancy
comparison of placentas
macroscopic and microscopic differences
data

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title = "Comparing placentas from normal and abnormal pregnancies",

abstract = "This report describes work carried out at a Mathematics-in-Medicine Study Group. It is believed that placenta shape villous network characteristics are strongly linked to the placenta{\textquoteright}s efficiency, and hence to pregnancy outcome. We were asked to consider mathematical ways to describe the shape and other characteristics of a placenta, as well as forming mathematical models for placenta development.In this report we propose a number of possible measure of placental shape, form, and efficiency, which can be computed from images already obtained. We also consider various models for the early development of placentas and the growth of the villous tree.",

keywords = "placenta, normal pregnancy, abnormal pregnancy, comparison of placentas , macroscopic and microscopic differences, data",

author = "Alexander Heazell and SL Cotter and L. Gallimore and David Greenhalgh and S. Kennedy and V. Klika and M. Kritz and P. Nelson and Katharine Preedy and I. Pu and A. Stechi and J. Siggers and R. Whittaker",

note = "This is a report of a subgroup of the Tenth Mathematics-in Medicine Study Group, University of Strathclyde, Glasgow September 2010",

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T1 - Comparing placentas from normal and abnormal pregnancies

AU - Heazell, Alexander

AU - Cotter, SL

AU - Gallimore, L.

AU - Greenhalgh, David

AU - Kennedy, S.

AU - Klika, V.

AU - Kritz, M.

AU - Nelson, P.

AU - Preedy, Katharine

AU - Pu, I.

AU - Stechi, A.

AU - Siggers, J.

AU - Whittaker, R.

N1 - This is a report of a subgroup of the Tenth Mathematics-in Medicine Study Group, University of Strathclyde, Glasgow September 2010

PY - 2010

Y1 - 2010

N2 - This report describes work carried out at a Mathematics-in-Medicine Study Group. It is believed that placenta shape villous network characteristics are strongly linked to the placenta’s efficiency, and hence to pregnancy outcome. We were asked to consider mathematical ways to describe the shape and other characteristics of a placenta, as well as forming mathematical models for placenta development.In this report we propose a number of possible measure of placental shape, form, and efficiency, which can be computed from images already obtained. We also consider various models for the early development of placentas and the growth of the villous tree.

AB - This report describes work carried out at a Mathematics-in-Medicine Study Group. It is believed that placenta shape villous network characteristics are strongly linked to the placenta’s efficiency, and hence to pregnancy outcome. We were asked to consider mathematical ways to describe the shape and other characteristics of a placenta, as well as forming mathematical models for placenta development.In this report we propose a number of possible measure of placental shape, form, and efficiency, which can be computed from images already obtained. We also consider various models for the early development of placentas and the growth of the villous tree.

KW - placenta

KW - normal pregnancy

KW - abnormal pregnancy

KW - comparison of placentas

KW - macroscopic and microscopic differences

KW - data

UR - http://www.maths-in-medicine.org/uk/2010/placentas/report.pdf

UR - http://www.maths-in-medicine.org/uk/2010/placentas/

M3 - Other contribution

T3 - UK Mathematics-in-Medicine Study Groups series

ER -

Comparing placentas from normal and abnormal pregnancies

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