Progesterone adsorption and degradation on mineral surfaces

B Goritschnig; KR Hallam; TJ McMaster; KV Ragnarsdottir

Progesterone adsorption and degradation on mineral surfaces

B Goritschnig, KR Hallam, TJ McMaster, KV Ragnarsdottir

Research output: Chapter in Book/Report/Conference proceeding › Conference Contribution (Conference Proceeding)

Abstract

An AFM liquid cell has been used to monitor the adsorption of progesterone onto mica in situ. By imaging the surface in water and subsequently injecting a solution of the hormone, the adsorption process itself can be followed from time zero. Due to the negative character of the progesterone molecules and the negatively charged mica surface, adsorption does not happen without the addition of a divalent cation which neutralises the mica surface and makes it positively charged, allowing the hormone to start to adsorb. The sequence of AFM images above (see Figure 1a - j) shows the progress of the experiment with time.

Translated title of the contribution	Progesterone adsorption and degradation on mineral surfaces
Original language	English
Title of host publication	X Annual Linz Winter Workshop, Linz, Austria
Publication status	Published - 15 Feb 2008

Cite this

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title = "Progesterone adsorption and degradation on mineral surfaces",

abstract = "An AFM liquid cell has been used to monitor the adsorption of progesterone onto mica in situ. By imaging the surface in water and subsequently injecting a solution of the hormone, the adsorption process itself can be followed from time zero. Due to the negative character of the progesterone molecules and the negatively charged mica surface, adsorption does not happen without the addition of a divalent cation which neutralises the mica surface and makes it positively charged, allowing the hormone to start to adsorb. The sequence of AFM images above (see Figure 1a - j) shows the progress of the experiment with time.",

author = "B Goritschnig and KR Hallam and TJ McMaster and KV Ragnarsdottir",

year = "2008",

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T1 - Progesterone adsorption and degradation on mineral surfaces

AU - Goritschnig, B

AU - Hallam, KR

AU - McMaster, TJ

AU - Ragnarsdottir, KV

PY - 2008/2/15

Y1 - 2008/2/15

N2 - An AFM liquid cell has been used to monitor the adsorption of progesterone onto mica in situ. By imaging the surface in water and subsequently injecting a solution of the hormone, the adsorption process itself can be followed from time zero. Due to the negative character of the progesterone molecules and the negatively charged mica surface, adsorption does not happen without the addition of a divalent cation which neutralises the mica surface and makes it positively charged, allowing the hormone to start to adsorb. The sequence of AFM images above (see Figure 1a - j) shows the progress of the experiment with time.

AB - An AFM liquid cell has been used to monitor the adsorption of progesterone onto mica in situ. By imaging the surface in water and subsequently injecting a solution of the hormone, the adsorption process itself can be followed from time zero. Due to the negative character of the progesterone molecules and the negatively charged mica surface, adsorption does not happen without the addition of a divalent cation which neutralises the mica surface and makes it positively charged, allowing the hormone to start to adsorb. The sequence of AFM images above (see Figure 1a - j) shows the progress of the experiment with time.

M3 - Conference Contribution (Conference Proceeding)

BT - X Annual Linz Winter Workshop, Linz, Austria

ER -

Progesterone adsorption and degradation on mineral surfaces

Abstract

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