@golgota_79: Risposta a @marco280287 Draugluin è conosciuto, nel Legendarium tolkeniano, come il Padre dei Mannari. Parliamone! #fantasy #tolkien #tolkientok #thelordoftherings #lotr #ilsignoredeglianelli #silmarillion #draugluin

golgota_79
golgota_79
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Monday 02 December 2024 19:40:16 GMT
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davide2051
Davide :
Ciao golgota la live di ieri sera sul consiglio di Elrond, volevo chiedere se era possibile ricaricarla da qualche parte, visto che me la sono persa e mi interessava molto
2024-12-03 12:19:57
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marco280287
Marco :
grazie!! Bellissimo video! finalmente ho capito un po’ di più!
2024-12-03 01:02:06
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Only Then Did They Catch Him?! #history. Formaldehyde, a powerful chemical compound, has long been employed in various fields for its exceptional ability to preserve tissues by preventing decomposition. This preservation method, known as formalin fixation, is widely utilized in medical, scientific, and educational settings. Key aspects of formaldehyde preservation: Cellular Structure Maintenance: Formaldehyde crosslinks and stabilizes cellular proteins, preventing them from breaking down and maintaining the structural integrity of tissues. Microbial Inhibition: Formaldehyde acts as a potent antimicrobial agent, inhibiting the growth of bacteria, fungi, and other microorganisms that contribute to tissue decomposition. Tissue Fixation: By forming covalent bonds with biomolecules, especially proteins, formaldehyde
Only Then Did They Catch Him?! #history. Formaldehyde, a powerful chemical compound, has long been employed in various fields for its exceptional ability to preserve tissues by preventing decomposition. This preservation method, known as formalin fixation, is widely utilized in medical, scientific, and educational settings. Key aspects of formaldehyde preservation: Cellular Structure Maintenance: Formaldehyde crosslinks and stabilizes cellular proteins, preventing them from breaking down and maintaining the structural integrity of tissues. Microbial Inhibition: Formaldehyde acts as a potent antimicrobial agent, inhibiting the growth of bacteria, fungi, and other microorganisms that contribute to tissue decomposition. Tissue Fixation: By forming covalent bonds with biomolecules, especially proteins, formaldehyde "fixes" tissues, preventing the natural degradation processes that occur after death. Histopathology Applications: Formalin-fixed tissues are integral to histopathology, allowing pathologists to study disease processes and make diagnostic assessments under microscopes. Biological Research: Formaldehyde-preserved tissues serve as valuable resources for scientific research, enabling investigations into cellular structures, genetic material, and disease mechanisms. Anatomical Education: In educational settings, formaldehyde preservation plays a crucial role in maintaining anatomical specimens for students to study and understand the intricacies of the human body. While formaldehyde is a highly effective tissue preservative, its use is not without challenges. Safety precautions must be taken to minimize exposure, and alternative preservation methods are explored to address potential health concerns associated with formaldehyde. #FormaldehydePreservation #TissueFixation #Histopathology #BiomedicalResearch #AnatomicalSpecimens #ScientificMethods #PreservationChemistry #BiologicalStudies #FormalinFixation #MedicalScience #CellularPreservation #ScientificResearch #TissueConservation #HistologyLab #ChemicalFixation #BiologicalPreservation #MicrobialInhibition #AnatomicalEducation #MedicalDiscovery #LabSafety #HealthInScience #fyp #fypシ゚ #medicine

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