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53 |
Bacterial Internalization During Human Experimental Gingivitis: A Quasi-Longitudinal Study Khaled Altabtbaei
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54 |
Characterization of neutrophil subsets during the development of periodontitisShengyi LU1, Banndith CHEAT1, Yara SAADE1, Coralie TORRENS1, Lotfi SLIMANI1, Véronique WITKO-SARSAT2, Marjolaine GOSSET1, and Jérôme BOUCHET1
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55 |
The role of IgA N-glycosylation in the development of oral mucositis during autologous peripheral stem cell transplantationEnikő Zsuzsa Gebri1, Ferenc Tóth2, Hajnalka Jankovics3, Ferenc Vonderviszt3, Attila Kiss4, Andras Guttman5, and Tibor Hortobágyi6
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56 |
Comparative analysis of salivary secretory IgA N-glycosylation of SARS-CoV-2 infected and vaccinated patients Eniko Zsuzsa Gebri1, Anna Farkas2, Petra Polyak1, Kinga Ágnes Bágyi3, and Andras Guttman4
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57 |
Gingival spatial analysis reveals geographic immunological variation in a microbiota-dependent and -independent mannerYasmin Jaber and Avi-Hai Hovav
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58 |
Impact of microbial diversity on inflammatory cytokines and respiratory pattern measured in whole-body plethysmography in guinea pig modelsAbdullah Al Owesie
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59 |
The C-type lectin receptor Dectin-1 is an important link between bacterial gum infection and inflammation induced bone lossGulnaz Guliyeva1, Roman Gerlach2, Leah Trumet4, Martina Rauner5, Georg Schett1, Aline Bozec1, Manuel Weber3, and Bettina Grötsch1
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60 |
Uncovering the role of histone H3/H4 epigenetic marks in shaping the inflammatory response of innate immune cells to P. gingivalisDominika Maria Drapała1,4, Anna Nordin2,3, Magdalena Paulina Więcek1, Claudio Cantù2,3, Aleksander Marek Grabiec1, and Jan Potempa1
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61 |
Induced Treg-derived extracellular vesicles suppress CD4+ T-cell-mediated inflammation and ameliorate bone loss during periodontitis: The role of the CD73/Adenosine pathwayCarolina I. Rojas Pérez1,2,6, Luis G González Osuna6, Michelle P García1,6, Alfredo Sierra Cristancho3, Luis Daniel Sansores España4, Karina Pino Lagos1, Lesley A Smyth5, and Rolando Vernal Astudillo6
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62 |
From Bone Loss to Cancer: Investigating a Possible Link in the Oral CavityLeah Trumet1, Roman Fuchs2, Joy Backhaus4, Bettina Grötsch3, Kerstin Galler1, Marco Kesting2, and Manuel Weber2
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63 |
Oral Pathogens Induce Trained-Like Immunity in Gingival Fibroblasts: A Novel Mechanism of Innate Immune Memory in Periodontal DiseaseMariia Melnykova1,2, Katarzyna B. Łagosz-Ćwik1, Guillem Ylla3, and Aleksander M. Grabiec1
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64 |
Functional analysis of the phosphodiesterase regulating T9SS in Tannerella forsythiaAnna Jacuła1, Mariusz Madej1, and Jan Potempa1,2
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65 |
Reconstructing metabolic models of oral bacteria to investigate acidification and caries progression Manpreet Bagga1, Almut Heinken2, Nick Jakubovics3, Aline Metris4, Nirmala Ronnie4, and Irina D Ofiteru1
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66 |
Macrophages in oral cancer and its precursor lesions – a possible contribution to malignant transformationManuel Weber1, Bettina Grötsch2, Abbas Agaimy3, Kerstin Galler4, Carol Geppert3, Jutta Ries1, Marco Kesting1, and Leah Trumet4
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67 |
Bacterial Behavioural Clusters reveal Microbiome Resilience Patterns in Gingivitis Progression and RecoveryThomas W Power1, Dov Stekel1, Laura Hobley1, Aline Metris2, and Nick Nick Jakubovics3
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68 |
Tannerella forsythia a2-macroglobulin (TfA2M) is more similar to the human one than other bacterial A2MsNatalia Mikrut, Ida B Thøgersen, Jan J Enghild, Jan Potempa, and Mirosław Książek
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69 |
Impact of oral niche parameters on streptococcal biofilm formation and biofilm dispersalYashuan Chao and Oonagh Shannon
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70 |
Streptococcus oralis proteases MdpS and MdpS2: Modulators of mucin structure and oral biofilm dynamicsFredrik Leo1,2, Claes Wickström1, and Rolf Lood2
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71 |
Development of an in vitro model of the gingival sulcusKrystyna Piela1, Paddy Watson1, Behfar Moghaddam2, David Bradshaw2, Gordon Ramage3, Jennifer Malcolm1, and Shauna Culshaw1
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72 |
Isolation and characterization of lytic bacteriophages targeting Porphyromonas gingivalisCarli Roush1 and Marvin Whiteley1,2
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73 |
Diabetes alters the supragingival microbiome through plasma-to-saliva migration of glucose and fructoseAkito Sakanaka, Shota Mayumi, Asuka Ishikawa, Moe Inoue, Mashu Kudo, Daiki Kurita, and Masae Kuboniwa
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74 |
Porphyromonas gingivalis infection disrupts the functionality of microvascular endothelium through gingipains activity.Kamila Drzazga, Małgorzata Benedyk-Machaczka, and Jan Potempa
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75 |
The tongue microbiome associated with hypertension - Preliminary results from a prospective metagenomic study in QatarAbeer Almashraqi2, Sadeq Al-Maweri12, Raidan Ba-Hattab2, Abeer Alomairi3, Nadeen Batta3, Khalid Azouni3, Abdulla Sayed3, and Nezar Al-hebshi1
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76 |
Reconstructing periodontitis severity and systemic inflammation in past populations:
A macroscopic and paleoproteomic approach.
Fabian Crespo1, Haagen Klaus2, Jessica Hendy3, Samantha Greeves3, Chloë Baldreki4, Tony Larson4, and Adam Dowle4
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77 |
Interferon-gamma and Fusobacterium nucleatum synergistically activate gingival fibroblasts to drive immune cell hyperactivation in periodontitisAleksander M Grabiec1, Aureliusz Schuster1, Mariia Melnykova1, and Jan Potempa2
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78 |
"More Than Just Load: The Prognostic Role of the Residual Microbiota in Periapical Repair — A Clinical Trial" amina mebarki1, Sarra Ouaret1, and mohamed MERZOUG2
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79 |
Application of Machine Learning to Assess Mucosal Immune Dysregulation Based on Oral Microbiome Data – Conceptual Model, Current Evidence, and Implementation ChallengesBeata Wisniewska1, Sandra Spychala2, Kosma Piekarski2, Ewelina Golusinska-Kardach1, and Marzena Wyganowska1
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80 |
Tannerella forsythia modulates neutrophil apoptosis and macrophage polarization: A comparative analysis of oral pathogensOleh Andrukhov1, Oliwia Miłek1, Carlotta Rickert1, Fabian Kendlbacher2, Christian Behm1, and Christina Schäffer2
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81 |
clinical impact of vanadium- and silicon-enriched water in the management of oral mucositis in palliative oncology patients: a pilot observational studyAdriana nao tem Mendes
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82 |
Dietary fibre modulates body composition, blood glucose, inflammation, microbiome, and metabolome in a murine model of periodontitisThilni Jayasinghe1, Nidhi Medara1, Ricardo Franco-Duarte2, and Axel Spahr1
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83 |
Invasive Guests: The Role of Non-Oral Microorganisms in Oral Dysbiosis and Systemic Health ImplicationsMarzie Mahdizade Ari
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84 |
Shared and Distinct Salivary and Gingival Crevicular Proteomic Signatures in Gestational and Type 2 Diabetes: Insights into Mucosal Immune DysregulationAlejandra Chaparro, María Luisa Mizgier, Carolina Rojas, María José Bendek, Constanza Martínez, Luis Salazar, and Pía Loren
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85 |
Perio-placental starlinks in gestational diabetes and periodontitis: the pro-inflammatory effects of placental extracellular vesicles on gingival fibroblasts Maria Jose Bendek, Alejandra Chaparro, Constanza Martínez, Carolina Rojas Perez, and Maria Luisa Mizgier
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86 |
L-PRF secretome stimulates the microRNA expression in a three-dimensional oral mucosa cell culture Constanza E Martinez-Cardozo1, Maria Jose Bendek1, carolina Rojas 1, Luisa Mizgier1, Luis Salazar2, Pia Loren 2, and Alejandra Chaparro1
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87 |
Endodontic Infection Control in One Step: Cone Beam Computed Tomography Evidence From 20 Clinical CasesSarra Ouaret, Mebarki Amina, Ghessab Amina Anfal, El Fraihi Khaoula, Bensaha Aya, and Goreine Maroua
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88 |
Pre-Radiotherapy Salivary Protein Profile: Insights into oral side effects in head and neck cancer patientsMaria Gonzalez Agurto1, sophie bozorgi, Guy Carpenter, garrit koller3, and avijit banerjee3
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89 |
LpxC as a drug target in Porphyromonas gingivalisAya Sabbah1,2, Peter Tonge1, and Stephen Walker2
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90 |
NLRP3 drives inflammasome sex-bias during periodontitisTomaz Alves1,2, Karen V. Swanson3, Natalia Makhanova1, Shuangshuang Yang4,5, Manaal Syed1, Heidi Min1, John Wrobel4, Jenny P.Y Ting4,5, and Julie T. Marchesan1
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