Synthesis Repertory is a comprehensive homeopathic repertory that is widely used by homeopaths worldwide for accurate prescribing and best results. It was first developed in 1987 and is based on the 6th American edition of Kent's repertory, containing all its rubrics and remedies. The Synthesis RepeRead more
Synthesis Repertory is a comprehensive homeopathic repertory that is widely used by homeopaths worldwide for accurate prescribing and best results. It was first developed in 1987 and is based on the 6th American edition of Kent’s repertory, containing all its rubrics and remedies. The Synthesis Repertory has been improved over time and is now available in several languages, including English, French, German, Italian, and Spanish.
Synthesis repertory by Frederik Schroyens is amongst the leading repertory in modern world with its ever-increasing new information. It contains latest proving information, many additions to Kent’s repertory. It has brought a huge benefit to the homeopathic practice with its structure, philosophical background and arrangement of rubrics and sub-rubrics.
Synthesis repertory is based on the philosophy of Kent (deductive logic) with more precision and enhancement by addition of information from BBCR, Boericke’s Repertory, Phatak’s Repertory, Materia Medica by Hahnemann, Kent’s, Hering’s Encyclopaedia, Allen’s Encyclopaedia, Robert’s “Sensation as if ”.
The latest Synthesis Repertory is the development of profound work, incorporating vast collection of information. It is the result of continuous work of the homeopathic community from different provinces in the world. Dr. Frederik Schroyens ultimately did this job in collaboration with the leading homoeopaths throughout the world leading to the development of synthesis repertory. Synthesis is a repertory linked to RADAR (Rapid Aid to Drug Aimed Research) project. It is based on 6th American edition of Kent’s repertory and contains all its rubrics and remedies. Since 1987 Synthesis has been used as database for RADAR. It has been commented upon and there by improved over and over again. Indeed not only additions of an increasing number of authors but also correction of existing data have been integrated.
It contains: Remedy occurrences: More than 300,000 and Remedies described: 2,373
With the vast data available and so many different ways to utilise it, we can sometimes lose sight of how we can actually use it for the best. This 2-part session provide insight into the intricacies of Synthesis repertory and solving them.
The Synthesis Homeopathic Repertor app by ZEUS SOFT sprl is a popular mobile application that provides access to the full Synthesis edition 2009V. It contains more than 2,500 pages, 180,400 rubrics, and 1,077,000 remedy entries. The app also includes veterinary rubrics and additions (only in the English and German versions), Kent’s Treasure corrections and additions, Künzli dots, symptom clipboard management, bookmarking, and PDF analysis sharing.
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Here's a short overview of the synthesis of hemoglobin, the oxygen-carrying protein found in red blood cells: 🧬 Hemoglobin Synthesis: A Two-Part Process 1. Heme Synthesis - Occurs in the mitochondria and cytosol of developing red blood cells. - Begins with glycine + succinyl-CoA, forming δ-aminolevuRead more
Here’s a short overview of the synthesis of hemoglobin, the oxygen-carrying protein found in red blood cells:
🧬 Hemoglobin Synthesis: A Two-Part Process
1. Heme Synthesis
– Occurs in the mitochondria and cytosol of developing red blood cells.
– Begins with glycine + succinyl-CoA, forming δ-aminolevulinic acid (ALA).
– ALA undergoes several steps to form protoporphyrin IX.
– Iron (Fe²⁺) is inserted into protoporphyrin IX by the enzyme ferrochelatase, forming heme.
2. Globin Chain Synthesis
– Takes place in ribosomes of red blood cell precursors.
– DNA is transcribed into mRNA, which is translated into globin polypeptides.
– Different globin genes produce alpha, beta, gamma, or delta chains depending on developmental stage.
– Two alpha and two non-alpha chains (e.g., beta) combine with four heme groups to form functional hemoglobin (HbA).
🧪 Final Assembly
See less– Heme and globin chains combine in the cytoplasm to form hemoglobin tetramers.
– Each hemoglobin molecule can carry four oxygen molecules.