fat injection and PRP as minor office-based procedures /
First Statement of Responsibility
editor: Mario Goisis.
.PUBLICATION, DISTRIBUTION, ETC
Place of Publication, Distribution, etc.
Cham, Switzerland :
Name of Publisher, Distributor, etc.
Springer,
Date of Publication, Distribution, etc.
[2019]
PHYSICAL DESCRIPTION
Specific Material Designation and Extent of Item
1 online resource
CONTENTS NOTE
Text of Note
Intro; Foreword; Foreword; Contents; Part I: General Aspects; 1: Introduction; 2: Fat Harvesting; 2.1 Introduction; 2.2 The Influence of the Size of Fat Particle; 2.3 Diameters of Cannulas and Port Sizes and Their Influence on Fat and Stem-Cell Viability; 2.4 A Newly-Patented Micro-Cannula; 2.5 The Effect of Negative Pressure Upon Fat and Stem-Cell Viability; References; 3: Fat Harvesting Step by Step; 3.1 Microfat Preparation: Harvesting in the Hip-Pelvis Area; 3.2 Low-Pressure Microfat Aspiration: Materials and Methods; 3.3 Preparation of the Klein Solution
Text of Note
3.3.1 The Low-Pressure Lipoaspiration Technique3.4 Complications; 4: Processing Harvested Fat; 4.1 Reasons Behind the Processing of Harvested Fat; 4.2 Fat-Processing Procedures; 4.2.1 Telfa-Rolling Fat Processing; 4.2.2 Puregraft Fat Processing; 4.3 Considerations Regarding Fat-Processing Procedures; References; 5: Processing Microfat Step by Step; 5.1 Materials and Methods; 5.2 The Procedure Step by Step; 6: Injection Techniques; 6.1 Flow Rate and Fat Viability; 6.2 Viscosity; 6.3 Cannulas or Needles for Injection; 6.4 Where to Inject
Text of Note
6.4.1 Diameter of the Cannula Used for Injection6.4.2 Vascularisation of the Recipient Site; 6.4.3 How Much to Inject; References; 7: Injection of Fat Step by Step; 7.1 Materials; 7.2 Complications and Management; 8: The Chain and the Fat Killers; 8.1 The Large Dimensions of the Fat Particle; 8.2 Negative Pressure; 8.3 Lipid; 8.4 Extravasated Blood Cells; 8.5 Free Haemoglobin; 8.6 Bacteria; 8.7 Local Anaesthesia; 8.8 Irregular Distribution of Water; 8.9 Shear Stress; 8.10 High Speed During Injection; 8.11 Size of the Ports of the Harvesting Cannula
Text of Note
8.12 Sharp Needle Used to Inject the Fat8.13 Injecting Fat Too Close to the Surface; 8.14 Injecting Fat with Cannulas with a Large Diameter; 8.15 Injecing Fat in Areas with Reduced Vascularization; 8.16 Injection of an Over-Large Bolus of Fat; References; 9: Comparison of Different Techniques of Fat Grafting; 9.1 The Integrity of Adipocytes; 9.1.1 Methods; 9.1.2 Results; 9.1.2.1 Harvesting; 9.1.2.2 Processing; 9.1.2.3 Injection; 9.2 Removal of Contaminants and Water; 9.2.1 Methods; 9.2.2 Results
Text of Note
9.3 To Avoid Direct Contact between the Fat and Air and Reduce the Risk of Contamination9.4 Preservation of the Highest Number of Viable Adipose Stem-Cells (ASCs); 9.5 Obtaining a Good Level of Efficiency; 9.5.1 Harvesting; 9.5.2 Processing; 9.5.3 Injection; 9.5.4 Efficiency; References; 10: Fat and Stem-Cells; 10.1 The Role of Stem-Cells; 10.1.1 The Whitening Effect of Adipose-Derived Stem-Cells; 10.1.2 The Hair-Growth-Promote Effects of ADSC; 10.2 Sources of Stem-Cells; 10.2.1 Stem-Cells and Local Anaesthesia; 10.2.1.1 Stem-Cells and Drugs
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SUMMARY OR ABSTRACT
Text of Note
This book is unique in focusing expressly on regenerative medicine in the aesthetic field. With the aid of more than 400 color pictures, it provides step-by-step descriptions of procedures that can be performed easily in the private practice. The number of people pursuing anti-aging and cosmetic procedures in order to achieve a youthful, healthy, or simply improved aspect is continually increasing. At the same time the available techniques and materials have undergone rapid innovation in terms of both safety and quality. The practitioner no longer looks just at the correction or camouflage of an unwanted feature but rather also aims to address the aging process itself. Regenerative medicine appears to provide a unique and unlimited opportunity in this context. Autologous fat grafting, adipose-derived stem cells, and autologous platelet-rich plasma represent just some of the attractive options that can be used for volume restoration and facial rejuvenation.
ACQUISITION INFORMATION NOTE
Source for Acquisition/Subscription Address
Springer Nature
Stock Number
com.springer.onix.9783319448947
TOPICAL NAME USED AS SUBJECT
Adipose tissues-- Transplantation.
Ambulatory medical care.
Regenerative medicine.
Surgery, Plastic-- Practice.
Adipose Tissue-- transplantation.
Ambulatory Care.
Injections, Subcutaneous-- methods.
Platelet-Rich Plasma.
Regenerative Medicine-- methods.
Adipose tissues-- Transplantation.
Ambulatory medical care.
Dermatology.
MEDICAL-- Surgery-- General.
Regenerative medicine.
(SUBJECT CATEGORY (Provisional
MED-- 085000
DEWEY DECIMAL CLASSIFICATION
Number
617
.
95
Edition
23
LIBRARY OF CONGRESS CLASSIFICATION
Class number
RD119
OTHER CLASS NUMBERS
Class number
QS
532
.
5
.
A3
PERSONAL NAME - ALTERNATIVE RESPONSIBILITY
Goisis, Mario, (Maxillo-facial and aesthetic surgeon)