Oxford Desk Reference: Endocrinology
Herausgeber: Turner, Helen E; Grossman, Ashley; Eastell, Richard
Oxford Desk Reference: Endocrinology
Herausgeber: Turner, Helen E; Grossman, Ashley; Eastell, Richard
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A must-have tool for endocrinology clinics, this resourse provides rapid access to evidence-based materials and support.
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A must-have tool for endocrinology clinics, this resourse provides rapid access to evidence-based materials and support.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Oxford University Press
- Seitenzahl: 544
- Erscheinungstermin: 21. August 2018
- Englisch
- Abmessung: 249mm x 168mm x 33mm
- Gewicht: 1279g
- ISBN-13: 9780199672837
- ISBN-10: 0199672830
- Artikelnr.: 50849592
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- 06621 890
- Verlag: Oxford University Press
- Seitenzahl: 544
- Erscheinungstermin: 21. August 2018
- Englisch
- Abmessung: 249mm x 168mm x 33mm
- Gewicht: 1279g
- ISBN-13: 9780199672837
- ISBN-10: 0199672830
- Artikelnr.: 50849592
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- 06621 890
Dr Helen Turner (MA (Cantab.) MD FRCP LLB Hons) trained at Cambridge University followed by St Bartholomews Hospital, and has been a Consultant Endocrinologist in Oxford since 2000. Her MD research was angiogenesis in endocrine tumours. She has written many research papers and her main clinical and research interests are Turner Syndrome and the Management of Thyroid eye disease. She initiated and edits the successful Oxford Handbook of Endocrinology which is now in its third edition. Richard Eastell qualified in medicine from Edinburgh in 1977. He trained in endocrinology in Edinburgh, Northwick Park and at the Mayo Clinic (Dr B L Riggs). He leads a research group on the pathogenesis, diagnosis and treatment of osteoporosis; of particular note is his contribution to the use of bone turnover markers and the development of treatments for osteoporosis. He was the first European elected to the Council of ASBMR and was its 2013 meeting clinical co-chair. His work has recently been recognised by the Ian MacIntyre Medal (2011), Philippe Bordier Award (2012) (European Calcified Tissue Society), Frederic C Bartter Award 2014 (American Society for Bone and Mineral Research) and IBIS Team Member awarded 2014 Translational Cancer Research Prize, Cancer Research UK, 2014. Ashley Grossman graduated in Psychology and Social Anthropology from the University of London, and then in Neurosciences and eventually Medicine from University College London: he is Professor of Endocrinology and Fellow of Green-Templeton College at the University of Oxford, Professor of Neuroendocrinology at Barts and the London School of Medicine, and Consultant NET Endocrinologist at the Royal Free Hospital, London. His current interests revolve around the pathogenesis of endocrine tumours including adrenal, pituitary and neuroendocrine tumours. He is a Fellow of the Academy of Medical Sciences, and author or co-author of some 850 original articles and reviews.
* 1 Principles of Endocrinology
* 1.1: Hormones, Receptors and signalling
* 1.2: Hormone measurements: Assays
* 1.3: Hormone measurements: Hormone Binding Proteins
* 1.4: Hormone measurements: Biological Matrices for Hormone
Measurement
* 1.5: Autoimmunity and the Endocrine System
* 1.6: Genetic Endocrine Disorders
* 1.7: Geographic and Ethnic Variation in Endocrine Disorders
* 2 Thyroid Hormone Metabolism
* 2.1: Anatomy and physiology
* 2.2: Thyroid Investigations
* 2.3: Imaging and Localisation of the Thyroid
* 2.4: Approach to the assessment of disorders of thyroid hormone
homeostasis
* 2.5: Hyperthyroidism
* 2.6: Thyroiditis
* 2.7: Hypothyroidism
* 2.8: Thyroid Nodules and Cancer
* 3 Pituitary Gland
* 3.1: Anatomy and Physiology
* 3.2: Genetic testing for pituitary adenomas
* 3.3: Pituitary Imaging and Localisation
* 3.4: Approach to the assessment of disorders of pituitary hormone
homeostasis
* 3.5: Prolactinomas
* 3.6: Acromegaly
* 3.7: Cushing s disease
* 3.8: Non-Functioning Pituitary Tumours
* 3.9: Gonadotroph adenomas
* 3.10: Thyrotrophinomas
* 3.11: Pituitary Incidentalomas
* 3.12: Pituitary Carcinoma
* 3.13: Craniopharyngioma and Perisellar Cysts
* 3.14: Pituitary Apoplexy
* 3.15: Surgical Treatment
* 3.16: Pituitary Radiotherapy
* 3.17: Parasellar Pituitary Conditions
* 4 Posterior Pituitary Gland
* 4.1: Diabetes Insipidus
* 4.2: Hyponatraemia
* 4.3: Syndrome of inappropriate ADH (SIADH)
* 4.4: Disorders of Hypothalamic Function
* 5 Pineal Gland
* 5.1: Melatonin and Pineal Tumours
* 6 Adrenal Gland
* 6.1: Adrenal Anatomy and Physiology
* 6.2: Laboratory Investigation of Adrenal Disease
* 6.3: Imaging the Adrenal Glands
* 6.4: Primary Hyperaldosteronism
* 6.5: Mineralocorticoid Hypertension
* 6.6: Liddle syndrome
* 6.7: Bartter and Gitelman syndromes
* 6.8: Cushing s and Subclinical Cushing s Syndrome
* 6..9: Adrenal incidentalomas
* 6.1: Adrenal carcinoma
* 6.11: Addison s disease
* 6.12: Glucocorticoid replacement
* 6.13: Autoimmune Polyglandular Syndrome (APS)
* 6.14: Phaeochromocytoma
* 6.15: Adrenal surgery
* 7 Female Hormone Metabolism
* 7.1: Anatomy and Physiology
* 7.2: Investigation
* 7.3: Imaging of Ovarian Tumours
* 7.4: Polycystic Ovary Syndrome
* 7.5: Congenital Adrenal Hyperplasia
* 7.6: Androgen Secreting Tumours
* 7.7: Primary Ovarian Failure and Premature Ovarian Insufficiency
* 7.8: Turner syndrome
* 7.9: Approach to the assessment of disorders of menstrual function
* 8 Male Hormone Metabolism
* 8.1: Anatomy and Physiology
* 8.2: Investigation
* 8.3: Primary Hypogonadism
* 8.4: Secondary Hypogonadism
* 8.5: Erectile Dysfunction
* 8.6: Gynaecomastia
* 9 Disorders of Gender and Fertility
* 9.1: Disorders of sex development (DSD)
* 9.2: Gender Dysphoria
* 9.3: Male and Female infertility
* 10 Endocrine Disorders in Pregnancy
* 10.1: Thyroid disorders in pregnancy
* 10.2: Adrenal Disease in pregnancy
* 10.3: Pituitary Adenomas in Pregnancy
* 11 Mineral Metabolism
* 11.1: Anatomy and physiology
* 11.2: Investigations
* 11.3: Hypercalcaemia
* 11.4: Inherited Primary Hyperparathyroidism
* 11.5: Hypocalcaemia
* 11.6: Disorders of phosphate homeostasis: Hypophosphataemia including
X-linked hypophosphataemic rickets
* 11.7: Disorders of phosphate homeostasis: Hyperphosphataemia,
including tumoral calcinosis
* 11.8: Disorders of phosphate homeostasis: Chronic kidney disease
mineral and bone disorder (CKD-MBD)
* 12 Bone
* 12.1: Anatomy and physiology
* 12.2: Investigation of metabolic bone disease: Biochemical markers of
bone turnover
* 12.3: Investigation of metabolic bone disease: Dual energy X-ray
absorptiometry
* 12.4: Investigation of metabolic bone disease: Plain radiography
* 12.5: Investigation of metabolic bone disease: Bone biopsy
* 12.6: Osteoporosis
* 12.7: Focal Bone Disorders
* 12.8: Osteogenesis imperfecta
* 12.9: Sclerosing bone disorders
* 12.10: Fibrodysplasia ossificans progressiva
* 13 Endocrine Oncology and Neuroendocrine Disorders
* 13.1: General introduction
* 13.2: Neuroendocrine imaging
* 13.3: Carcinoids
* 13.4: Insulinoma
* 13.5: Gastrinomas
* 13.6: Glucagonomas
* 13.7: VIPomas
* 13.8: Somatostatinomas
* 13.9: Ectopic Hormone Production
* 13.10: Endocrine Function Following Chemotherapy and Radiotherapy
* 14 Inherited Endocrine Syndromes and Multiple Endocrine Neoplasia
* 14.1: McCune-Albright syndrome
* 14.2: Endocrine Tumours in Neurofibromatosis type 1
* 14.3: Von-Hippel Lindau Disease
* 14.4: Carney Complex
* 14.5: Cowden syndrome
* 14.6: POEMS syndrome
* 14.7: MEN1
* 14.8: MEN2
* 15 Endocrinology of Metabolism
* 15.1: Hypoglycaemia
* 15.2: Obesity
* 15.3: Eating disorders and starvation
* 15.4: Sports and endocrinology
* 15.5: Possible Endocrine Syndromes
* 16 Hormone Resistance Syndromes
* 16.1: Resistance to thyroid hormone
* 16.2: Androgen Insensitivity Syndromes
* 16.3: Primary Generalised Gluco-corticoid resistance or Chrousos
Syndrome
* 16.4: Syndromes of hormone resistance: ACTH
* 16.5: Aldosterone resistance
* 17 Endocrinology of Different Age-Groups
* 17.1: Adolescents in Endocrinology
* 17.2: Endocrinology and Ageing
* 18 Endocrine Investigation, Nursing And Dietetics
* 18.1: Laboratory investigations in Endocrine Disorders
* 18.2: The Role of the Endocrine Specialist Nurse
* 18.3: Endocrine dietetics
* 19 Patient Advice and Reference
* 19.1: Diagrams for explanation to patients
* 19.2: Bone and mineral metabolism
* 19.3: Clinical Genetics
* 19.4: Patient support and information resource
* 20 Speedy Reference
* 20.1: Indications for treatment of sub-clinical hyperthyroidism
* 20.2: Differentiated thyroid cancer follow-up
* 20.3: Indications for GH treatment
* 20.4: Follow-up of Pituitary Tumours
* 20.5: Management of Osteoporosis
* 20.6: Autoimmune Polyglandular Syndromes (APS)
* 20.7: Investigations in patients with existing autoimmune endocrine
diseases
* 20.8: Hyperglycaemia
* 20.9: Hyperlipidaemia
* 20.10: Hypertension
* 21 Medicolegal Aspects
* 21.1: Risk explanation
* 21.2: DVLA regulations
* 1.1: Hormones, Receptors and signalling
* 1.2: Hormone measurements: Assays
* 1.3: Hormone measurements: Hormone Binding Proteins
* 1.4: Hormone measurements: Biological Matrices for Hormone
Measurement
* 1.5: Autoimmunity and the Endocrine System
* 1.6: Genetic Endocrine Disorders
* 1.7: Geographic and Ethnic Variation in Endocrine Disorders
* 2 Thyroid Hormone Metabolism
* 2.1: Anatomy and physiology
* 2.2: Thyroid Investigations
* 2.3: Imaging and Localisation of the Thyroid
* 2.4: Approach to the assessment of disorders of thyroid hormone
homeostasis
* 2.5: Hyperthyroidism
* 2.6: Thyroiditis
* 2.7: Hypothyroidism
* 2.8: Thyroid Nodules and Cancer
* 3 Pituitary Gland
* 3.1: Anatomy and Physiology
* 3.2: Genetic testing for pituitary adenomas
* 3.3: Pituitary Imaging and Localisation
* 3.4: Approach to the assessment of disorders of pituitary hormone
homeostasis
* 3.5: Prolactinomas
* 3.6: Acromegaly
* 3.7: Cushing s disease
* 3.8: Non-Functioning Pituitary Tumours
* 3.9: Gonadotroph adenomas
* 3.10: Thyrotrophinomas
* 3.11: Pituitary Incidentalomas
* 3.12: Pituitary Carcinoma
* 3.13: Craniopharyngioma and Perisellar Cysts
* 3.14: Pituitary Apoplexy
* 3.15: Surgical Treatment
* 3.16: Pituitary Radiotherapy
* 3.17: Parasellar Pituitary Conditions
* 4 Posterior Pituitary Gland
* 4.1: Diabetes Insipidus
* 4.2: Hyponatraemia
* 4.3: Syndrome of inappropriate ADH (SIADH)
* 4.4: Disorders of Hypothalamic Function
* 5 Pineal Gland
* 5.1: Melatonin and Pineal Tumours
* 6 Adrenal Gland
* 6.1: Adrenal Anatomy and Physiology
* 6.2: Laboratory Investigation of Adrenal Disease
* 6.3: Imaging the Adrenal Glands
* 6.4: Primary Hyperaldosteronism
* 6.5: Mineralocorticoid Hypertension
* 6.6: Liddle syndrome
* 6.7: Bartter and Gitelman syndromes
* 6.8: Cushing s and Subclinical Cushing s Syndrome
* 6..9: Adrenal incidentalomas
* 6.1: Adrenal carcinoma
* 6.11: Addison s disease
* 6.12: Glucocorticoid replacement
* 6.13: Autoimmune Polyglandular Syndrome (APS)
* 6.14: Phaeochromocytoma
* 6.15: Adrenal surgery
* 7 Female Hormone Metabolism
* 7.1: Anatomy and Physiology
* 7.2: Investigation
* 7.3: Imaging of Ovarian Tumours
* 7.4: Polycystic Ovary Syndrome
* 7.5: Congenital Adrenal Hyperplasia
* 7.6: Androgen Secreting Tumours
* 7.7: Primary Ovarian Failure and Premature Ovarian Insufficiency
* 7.8: Turner syndrome
* 7.9: Approach to the assessment of disorders of menstrual function
* 8 Male Hormone Metabolism
* 8.1: Anatomy and Physiology
* 8.2: Investigation
* 8.3: Primary Hypogonadism
* 8.4: Secondary Hypogonadism
* 8.5: Erectile Dysfunction
* 8.6: Gynaecomastia
* 9 Disorders of Gender and Fertility
* 9.1: Disorders of sex development (DSD)
* 9.2: Gender Dysphoria
* 9.3: Male and Female infertility
* 10 Endocrine Disorders in Pregnancy
* 10.1: Thyroid disorders in pregnancy
* 10.2: Adrenal Disease in pregnancy
* 10.3: Pituitary Adenomas in Pregnancy
* 11 Mineral Metabolism
* 11.1: Anatomy and physiology
* 11.2: Investigations
* 11.3: Hypercalcaemia
* 11.4: Inherited Primary Hyperparathyroidism
* 11.5: Hypocalcaemia
* 11.6: Disorders of phosphate homeostasis: Hypophosphataemia including
X-linked hypophosphataemic rickets
* 11.7: Disorders of phosphate homeostasis: Hyperphosphataemia,
including tumoral calcinosis
* 11.8: Disorders of phosphate homeostasis: Chronic kidney disease
mineral and bone disorder (CKD-MBD)
* 12 Bone
* 12.1: Anatomy and physiology
* 12.2: Investigation of metabolic bone disease: Biochemical markers of
bone turnover
* 12.3: Investigation of metabolic bone disease: Dual energy X-ray
absorptiometry
* 12.4: Investigation of metabolic bone disease: Plain radiography
* 12.5: Investigation of metabolic bone disease: Bone biopsy
* 12.6: Osteoporosis
* 12.7: Focal Bone Disorders
* 12.8: Osteogenesis imperfecta
* 12.9: Sclerosing bone disorders
* 12.10: Fibrodysplasia ossificans progressiva
* 13 Endocrine Oncology and Neuroendocrine Disorders
* 13.1: General introduction
* 13.2: Neuroendocrine imaging
* 13.3: Carcinoids
* 13.4: Insulinoma
* 13.5: Gastrinomas
* 13.6: Glucagonomas
* 13.7: VIPomas
* 13.8: Somatostatinomas
* 13.9: Ectopic Hormone Production
* 13.10: Endocrine Function Following Chemotherapy and Radiotherapy
* 14 Inherited Endocrine Syndromes and Multiple Endocrine Neoplasia
* 14.1: McCune-Albright syndrome
* 14.2: Endocrine Tumours in Neurofibromatosis type 1
* 14.3: Von-Hippel Lindau Disease
* 14.4: Carney Complex
* 14.5: Cowden syndrome
* 14.6: POEMS syndrome
* 14.7: MEN1
* 14.8: MEN2
* 15 Endocrinology of Metabolism
* 15.1: Hypoglycaemia
* 15.2: Obesity
* 15.3: Eating disorders and starvation
* 15.4: Sports and endocrinology
* 15.5: Possible Endocrine Syndromes
* 16 Hormone Resistance Syndromes
* 16.1: Resistance to thyroid hormone
* 16.2: Androgen Insensitivity Syndromes
* 16.3: Primary Generalised Gluco-corticoid resistance or Chrousos
Syndrome
* 16.4: Syndromes of hormone resistance: ACTH
* 16.5: Aldosterone resistance
* 17 Endocrinology of Different Age-Groups
* 17.1: Adolescents in Endocrinology
* 17.2: Endocrinology and Ageing
* 18 Endocrine Investigation, Nursing And Dietetics
* 18.1: Laboratory investigations in Endocrine Disorders
* 18.2: The Role of the Endocrine Specialist Nurse
* 18.3: Endocrine dietetics
* 19 Patient Advice and Reference
* 19.1: Diagrams for explanation to patients
* 19.2: Bone and mineral metabolism
* 19.3: Clinical Genetics
* 19.4: Patient support and information resource
* 20 Speedy Reference
* 20.1: Indications for treatment of sub-clinical hyperthyroidism
* 20.2: Differentiated thyroid cancer follow-up
* 20.3: Indications for GH treatment
* 20.4: Follow-up of Pituitary Tumours
* 20.5: Management of Osteoporosis
* 20.6: Autoimmune Polyglandular Syndromes (APS)
* 20.7: Investigations in patients with existing autoimmune endocrine
diseases
* 20.8: Hyperglycaemia
* 20.9: Hyperlipidaemia
* 20.10: Hypertension
* 21 Medicolegal Aspects
* 21.1: Risk explanation
* 21.2: DVLA regulations
* 1 Principles of Endocrinology
* 1.1: Hormones, Receptors and signalling
* 1.2: Hormone measurements: Assays
* 1.3: Hormone measurements: Hormone Binding Proteins
* 1.4: Hormone measurements: Biological Matrices for Hormone
Measurement
* 1.5: Autoimmunity and the Endocrine System
* 1.6: Genetic Endocrine Disorders
* 1.7: Geographic and Ethnic Variation in Endocrine Disorders
* 2 Thyroid Hormone Metabolism
* 2.1: Anatomy and physiology
* 2.2: Thyroid Investigations
* 2.3: Imaging and Localisation of the Thyroid
* 2.4: Approach to the assessment of disorders of thyroid hormone
homeostasis
* 2.5: Hyperthyroidism
* 2.6: Thyroiditis
* 2.7: Hypothyroidism
* 2.8: Thyroid Nodules and Cancer
* 3 Pituitary Gland
* 3.1: Anatomy and Physiology
* 3.2: Genetic testing for pituitary adenomas
* 3.3: Pituitary Imaging and Localisation
* 3.4: Approach to the assessment of disorders of pituitary hormone
homeostasis
* 3.5: Prolactinomas
* 3.6: Acromegaly
* 3.7: Cushing s disease
* 3.8: Non-Functioning Pituitary Tumours
* 3.9: Gonadotroph adenomas
* 3.10: Thyrotrophinomas
* 3.11: Pituitary Incidentalomas
* 3.12: Pituitary Carcinoma
* 3.13: Craniopharyngioma and Perisellar Cysts
* 3.14: Pituitary Apoplexy
* 3.15: Surgical Treatment
* 3.16: Pituitary Radiotherapy
* 3.17: Parasellar Pituitary Conditions
* 4 Posterior Pituitary Gland
* 4.1: Diabetes Insipidus
* 4.2: Hyponatraemia
* 4.3: Syndrome of inappropriate ADH (SIADH)
* 4.4: Disorders of Hypothalamic Function
* 5 Pineal Gland
* 5.1: Melatonin and Pineal Tumours
* 6 Adrenal Gland
* 6.1: Adrenal Anatomy and Physiology
* 6.2: Laboratory Investigation of Adrenal Disease
* 6.3: Imaging the Adrenal Glands
* 6.4: Primary Hyperaldosteronism
* 6.5: Mineralocorticoid Hypertension
* 6.6: Liddle syndrome
* 6.7: Bartter and Gitelman syndromes
* 6.8: Cushing s and Subclinical Cushing s Syndrome
* 6..9: Adrenal incidentalomas
* 6.1: Adrenal carcinoma
* 6.11: Addison s disease
* 6.12: Glucocorticoid replacement
* 6.13: Autoimmune Polyglandular Syndrome (APS)
* 6.14: Phaeochromocytoma
* 6.15: Adrenal surgery
* 7 Female Hormone Metabolism
* 7.1: Anatomy and Physiology
* 7.2: Investigation
* 7.3: Imaging of Ovarian Tumours
* 7.4: Polycystic Ovary Syndrome
* 7.5: Congenital Adrenal Hyperplasia
* 7.6: Androgen Secreting Tumours
* 7.7: Primary Ovarian Failure and Premature Ovarian Insufficiency
* 7.8: Turner syndrome
* 7.9: Approach to the assessment of disorders of menstrual function
* 8 Male Hormone Metabolism
* 8.1: Anatomy and Physiology
* 8.2: Investigation
* 8.3: Primary Hypogonadism
* 8.4: Secondary Hypogonadism
* 8.5: Erectile Dysfunction
* 8.6: Gynaecomastia
* 9 Disorders of Gender and Fertility
* 9.1: Disorders of sex development (DSD)
* 9.2: Gender Dysphoria
* 9.3: Male and Female infertility
* 10 Endocrine Disorders in Pregnancy
* 10.1: Thyroid disorders in pregnancy
* 10.2: Adrenal Disease in pregnancy
* 10.3: Pituitary Adenomas in Pregnancy
* 11 Mineral Metabolism
* 11.1: Anatomy and physiology
* 11.2: Investigations
* 11.3: Hypercalcaemia
* 11.4: Inherited Primary Hyperparathyroidism
* 11.5: Hypocalcaemia
* 11.6: Disorders of phosphate homeostasis: Hypophosphataemia including
X-linked hypophosphataemic rickets
* 11.7: Disorders of phosphate homeostasis: Hyperphosphataemia,
including tumoral calcinosis
* 11.8: Disorders of phosphate homeostasis: Chronic kidney disease
mineral and bone disorder (CKD-MBD)
* 12 Bone
* 12.1: Anatomy and physiology
* 12.2: Investigation of metabolic bone disease: Biochemical markers of
bone turnover
* 12.3: Investigation of metabolic bone disease: Dual energy X-ray
absorptiometry
* 12.4: Investigation of metabolic bone disease: Plain radiography
* 12.5: Investigation of metabolic bone disease: Bone biopsy
* 12.6: Osteoporosis
* 12.7: Focal Bone Disorders
* 12.8: Osteogenesis imperfecta
* 12.9: Sclerosing bone disorders
* 12.10: Fibrodysplasia ossificans progressiva
* 13 Endocrine Oncology and Neuroendocrine Disorders
* 13.1: General introduction
* 13.2: Neuroendocrine imaging
* 13.3: Carcinoids
* 13.4: Insulinoma
* 13.5: Gastrinomas
* 13.6: Glucagonomas
* 13.7: VIPomas
* 13.8: Somatostatinomas
* 13.9: Ectopic Hormone Production
* 13.10: Endocrine Function Following Chemotherapy and Radiotherapy
* 14 Inherited Endocrine Syndromes and Multiple Endocrine Neoplasia
* 14.1: McCune-Albright syndrome
* 14.2: Endocrine Tumours in Neurofibromatosis type 1
* 14.3: Von-Hippel Lindau Disease
* 14.4: Carney Complex
* 14.5: Cowden syndrome
* 14.6: POEMS syndrome
* 14.7: MEN1
* 14.8: MEN2
* 15 Endocrinology of Metabolism
* 15.1: Hypoglycaemia
* 15.2: Obesity
* 15.3: Eating disorders and starvation
* 15.4: Sports and endocrinology
* 15.5: Possible Endocrine Syndromes
* 16 Hormone Resistance Syndromes
* 16.1: Resistance to thyroid hormone
* 16.2: Androgen Insensitivity Syndromes
* 16.3: Primary Generalised Gluco-corticoid resistance or Chrousos
Syndrome
* 16.4: Syndromes of hormone resistance: ACTH
* 16.5: Aldosterone resistance
* 17 Endocrinology of Different Age-Groups
* 17.1: Adolescents in Endocrinology
* 17.2: Endocrinology and Ageing
* 18 Endocrine Investigation, Nursing And Dietetics
* 18.1: Laboratory investigations in Endocrine Disorders
* 18.2: The Role of the Endocrine Specialist Nurse
* 18.3: Endocrine dietetics
* 19 Patient Advice and Reference
* 19.1: Diagrams for explanation to patients
* 19.2: Bone and mineral metabolism
* 19.3: Clinical Genetics
* 19.4: Patient support and information resource
* 20 Speedy Reference
* 20.1: Indications for treatment of sub-clinical hyperthyroidism
* 20.2: Differentiated thyroid cancer follow-up
* 20.3: Indications for GH treatment
* 20.4: Follow-up of Pituitary Tumours
* 20.5: Management of Osteoporosis
* 20.6: Autoimmune Polyglandular Syndromes (APS)
* 20.7: Investigations in patients with existing autoimmune endocrine
diseases
* 20.8: Hyperglycaemia
* 20.9: Hyperlipidaemia
* 20.10: Hypertension
* 21 Medicolegal Aspects
* 21.1: Risk explanation
* 21.2: DVLA regulations
* 1.1: Hormones, Receptors and signalling
* 1.2: Hormone measurements: Assays
* 1.3: Hormone measurements: Hormone Binding Proteins
* 1.4: Hormone measurements: Biological Matrices for Hormone
Measurement
* 1.5: Autoimmunity and the Endocrine System
* 1.6: Genetic Endocrine Disorders
* 1.7: Geographic and Ethnic Variation in Endocrine Disorders
* 2 Thyroid Hormone Metabolism
* 2.1: Anatomy and physiology
* 2.2: Thyroid Investigations
* 2.3: Imaging and Localisation of the Thyroid
* 2.4: Approach to the assessment of disorders of thyroid hormone
homeostasis
* 2.5: Hyperthyroidism
* 2.6: Thyroiditis
* 2.7: Hypothyroidism
* 2.8: Thyroid Nodules and Cancer
* 3 Pituitary Gland
* 3.1: Anatomy and Physiology
* 3.2: Genetic testing for pituitary adenomas
* 3.3: Pituitary Imaging and Localisation
* 3.4: Approach to the assessment of disorders of pituitary hormone
homeostasis
* 3.5: Prolactinomas
* 3.6: Acromegaly
* 3.7: Cushing s disease
* 3.8: Non-Functioning Pituitary Tumours
* 3.9: Gonadotroph adenomas
* 3.10: Thyrotrophinomas
* 3.11: Pituitary Incidentalomas
* 3.12: Pituitary Carcinoma
* 3.13: Craniopharyngioma and Perisellar Cysts
* 3.14: Pituitary Apoplexy
* 3.15: Surgical Treatment
* 3.16: Pituitary Radiotherapy
* 3.17: Parasellar Pituitary Conditions
* 4 Posterior Pituitary Gland
* 4.1: Diabetes Insipidus
* 4.2: Hyponatraemia
* 4.3: Syndrome of inappropriate ADH (SIADH)
* 4.4: Disorders of Hypothalamic Function
* 5 Pineal Gland
* 5.1: Melatonin and Pineal Tumours
* 6 Adrenal Gland
* 6.1: Adrenal Anatomy and Physiology
* 6.2: Laboratory Investigation of Adrenal Disease
* 6.3: Imaging the Adrenal Glands
* 6.4: Primary Hyperaldosteronism
* 6.5: Mineralocorticoid Hypertension
* 6.6: Liddle syndrome
* 6.7: Bartter and Gitelman syndromes
* 6.8: Cushing s and Subclinical Cushing s Syndrome
* 6..9: Adrenal incidentalomas
* 6.1: Adrenal carcinoma
* 6.11: Addison s disease
* 6.12: Glucocorticoid replacement
* 6.13: Autoimmune Polyglandular Syndrome (APS)
* 6.14: Phaeochromocytoma
* 6.15: Adrenal surgery
* 7 Female Hormone Metabolism
* 7.1: Anatomy and Physiology
* 7.2: Investigation
* 7.3: Imaging of Ovarian Tumours
* 7.4: Polycystic Ovary Syndrome
* 7.5: Congenital Adrenal Hyperplasia
* 7.6: Androgen Secreting Tumours
* 7.7: Primary Ovarian Failure and Premature Ovarian Insufficiency
* 7.8: Turner syndrome
* 7.9: Approach to the assessment of disorders of menstrual function
* 8 Male Hormone Metabolism
* 8.1: Anatomy and Physiology
* 8.2: Investigation
* 8.3: Primary Hypogonadism
* 8.4: Secondary Hypogonadism
* 8.5: Erectile Dysfunction
* 8.6: Gynaecomastia
* 9 Disorders of Gender and Fertility
* 9.1: Disorders of sex development (DSD)
* 9.2: Gender Dysphoria
* 9.3: Male and Female infertility
* 10 Endocrine Disorders in Pregnancy
* 10.1: Thyroid disorders in pregnancy
* 10.2: Adrenal Disease in pregnancy
* 10.3: Pituitary Adenomas in Pregnancy
* 11 Mineral Metabolism
* 11.1: Anatomy and physiology
* 11.2: Investigations
* 11.3: Hypercalcaemia
* 11.4: Inherited Primary Hyperparathyroidism
* 11.5: Hypocalcaemia
* 11.6: Disorders of phosphate homeostasis: Hypophosphataemia including
X-linked hypophosphataemic rickets
* 11.7: Disorders of phosphate homeostasis: Hyperphosphataemia,
including tumoral calcinosis
* 11.8: Disorders of phosphate homeostasis: Chronic kidney disease
mineral and bone disorder (CKD-MBD)
* 12 Bone
* 12.1: Anatomy and physiology
* 12.2: Investigation of metabolic bone disease: Biochemical markers of
bone turnover
* 12.3: Investigation of metabolic bone disease: Dual energy X-ray
absorptiometry
* 12.4: Investigation of metabolic bone disease: Plain radiography
* 12.5: Investigation of metabolic bone disease: Bone biopsy
* 12.6: Osteoporosis
* 12.7: Focal Bone Disorders
* 12.8: Osteogenesis imperfecta
* 12.9: Sclerosing bone disorders
* 12.10: Fibrodysplasia ossificans progressiva
* 13 Endocrine Oncology and Neuroendocrine Disorders
* 13.1: General introduction
* 13.2: Neuroendocrine imaging
* 13.3: Carcinoids
* 13.4: Insulinoma
* 13.5: Gastrinomas
* 13.6: Glucagonomas
* 13.7: VIPomas
* 13.8: Somatostatinomas
* 13.9: Ectopic Hormone Production
* 13.10: Endocrine Function Following Chemotherapy and Radiotherapy
* 14 Inherited Endocrine Syndromes and Multiple Endocrine Neoplasia
* 14.1: McCune-Albright syndrome
* 14.2: Endocrine Tumours in Neurofibromatosis type 1
* 14.3: Von-Hippel Lindau Disease
* 14.4: Carney Complex
* 14.5: Cowden syndrome
* 14.6: POEMS syndrome
* 14.7: MEN1
* 14.8: MEN2
* 15 Endocrinology of Metabolism
* 15.1: Hypoglycaemia
* 15.2: Obesity
* 15.3: Eating disorders and starvation
* 15.4: Sports and endocrinology
* 15.5: Possible Endocrine Syndromes
* 16 Hormone Resistance Syndromes
* 16.1: Resistance to thyroid hormone
* 16.2: Androgen Insensitivity Syndromes
* 16.3: Primary Generalised Gluco-corticoid resistance or Chrousos
Syndrome
* 16.4: Syndromes of hormone resistance: ACTH
* 16.5: Aldosterone resistance
* 17 Endocrinology of Different Age-Groups
* 17.1: Adolescents in Endocrinology
* 17.2: Endocrinology and Ageing
* 18 Endocrine Investigation, Nursing And Dietetics
* 18.1: Laboratory investigations in Endocrine Disorders
* 18.2: The Role of the Endocrine Specialist Nurse
* 18.3: Endocrine dietetics
* 19 Patient Advice and Reference
* 19.1: Diagrams for explanation to patients
* 19.2: Bone and mineral metabolism
* 19.3: Clinical Genetics
* 19.4: Patient support and information resource
* 20 Speedy Reference
* 20.1: Indications for treatment of sub-clinical hyperthyroidism
* 20.2: Differentiated thyroid cancer follow-up
* 20.3: Indications for GH treatment
* 20.4: Follow-up of Pituitary Tumours
* 20.5: Management of Osteoporosis
* 20.6: Autoimmune Polyglandular Syndromes (APS)
* 20.7: Investigations in patients with existing autoimmune endocrine
diseases
* 20.8: Hyperglycaemia
* 20.9: Hyperlipidaemia
* 20.10: Hypertension
* 21 Medicolegal Aspects
* 21.1: Risk explanation
* 21.2: DVLA regulations