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CURRICULUM VITAE Maarten Hoogewijs was born on February 25th 1978 in Ghent, Belgium. After finishing secondary school at Sint-Lievens College in Ghent (Science – Mathematics) in 1996, he started his study in Veterinary Medicine at Ghent University. In 2002 he graduated as Veterinarian with great distinction. After a rotating internship he started as resident for the European College of Animal Reproduction. In October 2004, he became assistant at the department of Reproduction, Obstetrics and Herd Health. He was also responsible for the clinical education of the students during the clinical and ambulatory work at the department. During his first five years as a vet, Maarten participated in the night and weekend work of the bovine ambulatory clinic of the department. With his colleagues from the “equine team”, he was responsible for the clinic of Reproduction and Obstetrics, including night and weekend work. When working in the clinic he became especially interested in working with the male animal. From this clinical perspective, he started his PhD research concerning standardization of equine semen analysis and improvements for semen cryopreservation. Maarten is author and co-author of multiple scientific publications in national and international journals, and presented his research results on several international meetings. 217
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AUTOMATED AND STANDARDIZED ANALYSIS
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AUTOMATED AND STANDARDIZED ANALYSIS
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A Area AI Artificial Insemination A
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PREFACE The first recorded case of
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GENERAL INTRODUCTION CHAPTER 1 3
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1.1.1. Introduction CHAPTER 1.1 The
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1.1.4. Concentration CHAPTER 1.1 Ac
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Fluorescent Activated Cell Sorter C
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CHAPTER 1.1 preparation (D, µm) is
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CHAPTER 1.1 These chambers are freq
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CHAPTER 1.1 it is not possible to o
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CHAPTER 1.1 overview of common abno
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CHAPTER 1.1 head, (B5) pyriform hea
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CHAPTER 1.1 The acrosome can be eva
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CHAPTER 1.1 The sperm chromatin str
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Collection and processing of equine
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CHAPTER 1.2 30 (a) Colorado State U
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CHAPTER 1.2 can be induced pharmaco
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CHAPTER 1.2 centrifugation time and
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CHAPTER 1.2 36 → Colloid centrifu
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CHAPTER 1.2 of a stallion stored fo
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CHAPTER 1.2 1.2.4. Cryopreservation
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CHAPTER 1.2 0.5 mL straws, and glyc
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CHAPTER 1.2 determined if the final
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CHAPTER 1.2 46 Chemically defined e
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CHAPTER 1.2 48 Cryopreservation - t
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1.3.1. Standards for equine AI dose
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CHAPTER 1.3 The use of density grad
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CHAPTER 1 Avery B., Greve T. 1995.
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CHAPTER 1 Cheng F.-P., Fazeli A., V
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CHAPTER 1 Flipse R.J., Patton S., A
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CHAPTER 1 Kuisma P., Andersson M.,
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CHAPTER 1 Medeiros A.S.L., Gomes G.
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CHAPTER 1 Pickett B.W. 1993. Collec
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CHAPTER 1 Taberner E., Morató R.,
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CHAPTER 1 Waite J.A., Love C.C., Br
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CHAPTER 2 As evidenced in the gener
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3.1 Influence of technical settings
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CHAPTER 3.1 a CEROS (Hamilton-Thorn
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CHAPTER 3.1 Progressive Motility CA
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CHAPTER 3.1 than at least they shou
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3.2.1. Abstract CHAPTER 3.2 Sperm m
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CHAPTER 3.2 depth but not the chamb
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3.2.3.3. The different chambers and
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CHAPTER 3.2 Finally, Pearson coeffi
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90 80 70 60 50 40 30 20 10 0 drop f
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ISAS20rM Makler10r WHO 120 120 120
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60 PM Rapid 50 40 30 20 10 0 CHAPTE
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Table 5. Averages (± standard erro
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CHAPTER 3.2 sperm (tail) which coul
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CHAPTER 3.2 Hoogewijs M.K., Govaere
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CHAPTER 3.2 Spizziri B.E., Fox M.H.
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3.3.1. Abstract CHAPTER 3.3 Routine
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CHAPTER 3.3 morphological abnormali
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CHAPTER 3.3 The extended semen was
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CHAPTER 3.3 Table 1: Average values
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Repeatability Agreement SQA-Ve PM (
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References CHAPTER 3.3 Arunvipas P.
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3.4.1. Abstract CHAPTER 3.4 In this
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CHAPTER 3.4 therefore in these expe
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CHAPTER 3.4 The averages obtained a
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3.4.4.2. Experiment 2 CHAPTER 3.4 F
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References CHAPTER 3.4 Arunvipas P.
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4.1 Influence of different centrifu
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CHAPTER 4.1 4.1.2. Introduction 140
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CHAPTER 4.1 142 4.1.3.3. Semen proc
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CHAPTER 4.1 144 In the experiment 3
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CHAPTER 4.1 centrifugation (T1) and
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CHAPTER 4.1 (non CP vs CP) was sign
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35 B 80 A 33 beat cross frequency (
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CHAPTER 4.1 152 4.1.4.2. EXPERIMENT
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CHAPTER 4.1 Love and coworkers (200
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CHAPTER 4.1 Love C.C., Brinsko S.P.
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4.2.1. Abstract CHAPTER 4.2 The inc
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4.2.3. Materials and methods 4.2.3.
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CHAPTER 4.2 For the SLC group, 15 m
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Page 175 and 176: 4.2.3. Results 4.2.3.1. Sperm quali
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Page 181 and 182: References CHAPTER 4.2 Barth A.D.,
Page 183: CHAPTER 4.2 Waite J.A., Love C.C.,
Page 187 and 188: CHAPTER 5 This thesis originated fr
Page 189 and 190: CHAPTER 5.1 Fig. 1. Schematic prese
Page 191 and 192: CHAPTER 5.1 higher than the current
Page 193 and 194: CHAPTER 5.1 al., 2007) showing a cl
Page 195 and 196: CHAPTER 5.1 treatment strategy for
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Page 199 and 200: CHAPTER 5.2 such keeping the pellet
Page 201 and 202: CHAPTER 5.2 components of the semin
Page 203 and 204: Final reflections 5.4 Actual change
Page 205 and 206: CHAPTER 5 Dillon R.H., Fauci L.J.,
Page 207: CHAPTER 5 Suárez S.S., Osman R.A.
Page 210 and 211: SUMMARY technique that enables proc
Page 212 and 213: SUMMARY from stallions previously c
Page 214 and 215: SAMENVATTING beweeglijkheid (Hoofds
Page 216 and 217: SAMENVATTING de spermacellen gesele
Page 219 and 220: DANKWOORD Het obligatoire dankwoord
Page 221: DANKWOORD dankzij jou en ze zijn er
Page 227 and 228: PUBLICATIONS IN INTERNATIONAL PEER-
Page 229 and 230: PUBLICATIONS IN NATIONAL PEER-REVIE
Page 231: BIBLIOGRAPHY Filliers M., Rijsselae
Page 234 and 235: ADDENDUM I a. b. Fig. 1. (a) Schema
Page 236 and 237: ADDENDUM I 228 Slow cooling injury
Page 238 and 239: ADDENDUM I Muldrew K., Acker J.P.,
Page 240 and 241: ADDENDUM II 232 removed by means of
Page 243: In m’n hoofd is alles heel eenvou
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