https://steenblock-lab.owlstown.net https://steenblock-lab.owlstown.net/publications https://steenblock-lab.owlstown.net/projects https://steenblock-lab.owlstown.net/people https://steenblock-lab.owlstown.net/courses https://steenblock-lab.owlstown.net/posts https://steenblock-lab.owlstown.net/pages https://steenblock-lab.owlstown.net/cv https://steenblock-lab.owlstown.net/contact_form https://steenblock-lab.owlstown.net/publications/68403-the-human-microplastic-burden-and-brain-health-from-measurement-to-pathophysiology-and-removal https://steenblock-lab.owlstown.net/publications/68405-sexual-dimorphism-in-the-adrenal-cortex-implications-for-stress-responsiveness https://steenblock-lab.owlstown.net/publications/68460-successful-pregnancy-after-therapeutic-apheresis-in-a-complex-case-of-pcos-hashimoto-thyroiditis-recurrent-implantation-failure-and-potential-occupational-environmental-exposure https://steenblock-lab.owlstown.net/publications/68404-therapeutic-apheresis-an-effective-strategy-for-a-combined-targeting-of-circulating-lipoproteins-inflammatory-markers-pfas-and-microplastics-in-cardiometabolic-and-neurodegenerative-disease https://steenblock-lab.owlstown.net/publications/68402-implications-of-microplastics-as-emerging-endocrine-disruptors https://steenblock-lab.owlstown.net/publications/68406-adrenal-cortical-steroidogenic-enzyme-expression-is-associated-with-hypertension-obesity-and-corticosteroid-use-a-tissue-microarray-study-of-human-adrenal-tissue https://steenblock-lab.owlstown.net/publications/68412-metabolism-and-aging-charting-new-frontiers-in-mechanistic-understanding-and-therapeutic-innovation https://steenblock-lab.owlstown.net/publications/68411-single-center-study-of-therapeutic-apheresis-in-24-male-patients-from-the-mena-region-reduction-of-lipids-inflammatory-markers-autoantibodies-and-implications-for-fatigue-genetics-and-aging https://steenblock-lab.owlstown.net/publications/68413-the-role-of-growth-hormone-releasing-hormone-and-the-hypothalamic-pituitary-somatotropic-axis-in-aging-potential-therapeutic-applications-and-risks https://steenblock-lab.owlstown.net/publications/68458-host-factor-plac8-is-required-for-pancreas-infection-by-sars-cov-2 https://steenblock-lab.owlstown.net/publications/68410-stem-cells-within-the-hpa-axis-in-tissue-homeostasis-and-disease https://steenblock-lab.owlstown.net/publications/68408-artificial-intelligence-and-diabetes-time-for-action-and-caution https://steenblock-lab.owlstown.net/publications/68409-therapeutic-apheresis-a-promising-method-to-remove-microplastics https://steenblock-lab.owlstown.net/publications/68407-phaeochromocytomas-and-paragangliomas-harbour-tumour-initiating-sox2-stem-cells https://steenblock-lab.owlstown.net/publications/68417-international-roadshow-new-advances-in-endocrinology-and-metabolic-diseases https://steenblock-lab.owlstown.net/publications/68420-a-multimodal-approach-for-treating-post-acute-infectious-syndrome https://steenblock-lab.owlstown.net/publications/68416-ghrh-in-diabetes-and-metabolism https://steenblock-lab.owlstown.net/publications/40825-in-vitro-differentiation-of-mouse-pluripotent-stem-cells-into-corticosteroid-producing-adrenocortical-cells https://steenblock-lab.owlstown.net/publications/68414-a-single-center-pilot-study-of-therapeutic-apheresis-in-patients-with-severe-post-covid-syndrome https://steenblock-lab.owlstown.net/publications/68415-growth-hormone-releasing-hormone-and-its-analogues-in-health-and-disease https://steenblock-lab.owlstown.net/publications/68419-the-promising-potential-of-gene-therapy-for-diabetes-mellitus https://steenblock-lab.owlstown.net/publications/68465-virusinfektionen-und-typ-1-diabetes-neue-diagnostische-und-therapeutische-ansatze https://steenblock-lab.owlstown.net/publications/68418-improving-susceptibility-of-neuroendocrine-tumors-to-radionuclide-therapies-personalized-approaches-towards-complementary-treatments https://steenblock-lab.owlstown.net/publications/35111-sox2-sustentacular-cells-are-stem-cells-of-the-postnatal-adrenal-medulla https://steenblock-lab.owlstown.net/publications/68425-trace-amine-associated-receptors-and-monoamine-mediated-regulation-of-insulin-secretion-in-pancreatic-islets https://steenblock-lab.owlstown.net/publications/68459-sars-cov-2-infection-and-its-effects-on-the-endocrine-system https://steenblock-lab.owlstown.net/publications/68424-application-of-chimeric-antigen-receptor-natural-killer-cells-for-the-treatment-of-type-1-diabetes https://steenblock-lab.owlstown.net/publications/68423-do-adipocytes-serve-as-a-reservoir-for-sars-cov-2 https://steenblock-lab.owlstown.net/publications/68422-development-of-adrenal-3-dimensional-spheroid-cultures-potential-for-the-treatment-of-adrenal-insufficiency-and-neurodegenerative-diseases https://steenblock-lab.owlstown.net/publications/68426-marine-sponge-derived-secondary-metabolites-modulate-sars-cov-2-entry-mechanisms https://steenblock-lab.owlstown.net/publications/68461-sensitivity-of-the-neuroendocrine-stress-axis-in-metabolic-diseases https://steenblock-lab.owlstown.net/publications/35110-mechanistic-insights-into-ferroptotic-cell-death-in-pancreatic-islets https://steenblock-lab.owlstown.net/publications/25965-artificial-intelligence-in-diabetes-mellitus-and-endocrine-diseases-what-can-we-expect https://steenblock-lab.owlstown.net/publications/68427-recent-advances-in-artificial-intelligence-assisted-endocrinology-and-diabetes https://steenblock-lab.owlstown.net/publications/25967-clinical-improvement-of-long-covid-is-associated-with-reduction-in-autoantibodies-lipids-and-inflammation-following-therapeutic-apheresis https://steenblock-lab.owlstown.net/publications/25966-transplantation-of-porcine-adrenal-spheroids-for-the-treatment-of-adrenal-insufficiency https://steenblock-lab.owlstown.net/publications/68421-absence-of-type-i-interferon-autoantibodies-or-significant-interferon-signature-alterations-in-adults-with-post-covid-19-syndrome https://steenblock-lab.owlstown.net/publications/25988-mechanisms-and-clinical-relevance-of-the-bidirectional-relationship-of-viral-infections-with-metabolic-diseases https://steenblock-lab.owlstown.net/publications/68467-kann-diabetes-durch-covid-19-ausgelost-werden https://steenblock-lab.owlstown.net/publications/68466-management-von-diabetespatienten-in-der-covid-19-pandemie https://steenblock-lab.owlstown.net/publications/68468-metabolische-und-mentale-folgen-der-pandemie https://steenblock-lab.owlstown.net/publications/68430-diabetes-and-covid-19-short-and-long-term-consequences https://steenblock-lab.owlstown.net/publications/68433-obesity-and-covid-19-what-are-the-consequences https://steenblock-lab.owlstown.net/publications/68432-the-interface-of-covid-19-diabetes-and-depression https://steenblock-lab.owlstown.net/publications/68429-long-covid-and-apheresis-where-are-we-standing https://steenblock-lab.owlstown.net/publications/68428-the-impact-of-information-about-covid-19-on-the-endocrine-stress-system-and-cognitive-distortions https://steenblock-lab.owlstown.net/publications/25968-progress-in-islet-transplantation-is-more-important-than-ever https://steenblock-lab.owlstown.net/publications/68431-long-covid-metabolic-and-endocrine-disease https://steenblock-lab.owlstown.net/publications/25969-innovative-multidimensional-models-in-a-high-throughput-format-for-different-cell-types-of-endocrine-origin https://steenblock-lab.owlstown.net/publications/25971-covid-19-and-metabolic-disease-mechanisms-and-clinical-management https://steenblock-lab.owlstown.net/publications/25970-viral-infiltration-of-pancreatic-islets-in-patients-with-covid-19 https://steenblock-lab.owlstown.net/publications/25990-isolation-and-in-vitro-cultivation-of-adrenal-cells-from-mice https://steenblock-lab.owlstown.net/publications/68437-adrenal-hormone-interactions-and-metabolism-a-single-sample-multi-omics-approach https://steenblock-lab.owlstown.net/publications/68434-adrenal-medulla-development-and-medullary-cortical-interactions https://steenblock-lab.owlstown.net/publications/25989-adrenal-medulla-development-and-medullary-cortical-interactions https://steenblock-lab.owlstown.net/publications/68438-the-transcampus-metabolic-training-programme-explores-the-link-of-sars-cov-2-virus-to-metabolic-disease https://steenblock-lab.owlstown.net/publications/68435-a-rat-model-of-post-traumatic-stress-syndrome-causes-phenotype-associated-morphological-changes-and-hypofunction-of-the-adrenal-gland https://steenblock-lab.owlstown.net/publications/68436-stillborn-child-with-diffuse-sars-cov-2-viral-infection-of-multiple-organs https://steenblock-lab.owlstown.net/publications/68439-severe-acute-respiratory-syndrome-coronavirus-2-sars-cov-2-and-the-neuroendocrine-stress-axis https://steenblock-lab.owlstown.net/publications/25972-cancer-stem-cells-in-pheochromocytoma-and-paraganglioma https://steenblock-lab.owlstown.net/publications/68442-insulin-and-obesity-transform-hypothalamic-pituitary-adrenal-axis-stemness-and-function-in-a-hyperactive-state https://steenblock-lab.owlstown.net/publications/68440-are-nestin-positive-cells-responsive-to-stress https://steenblock-lab.owlstown.net/publications/68441-new-horizons-novel-adrenal-regenerative-therapies https://steenblock-lab.owlstown.net/publications/68443-the-adrenal-gland-in-stress-adaptation-on-a-cellular-level https://steenblock-lab.owlstown.net/publications/68444-adrenal-cortex-medulla-interactions-in-adaptation-to-stress-and-disease https://steenblock-lab.owlstown.net/publications/25973-isolation-and-characterization-of-adrenocortical-progenitors-involved-in-the-adaptation-to-stress https://steenblock-lab.owlstown.net/publications/68446-hypertensive-crisis-in-pregnancy-due-to-a-metamorphosing-pheochromocytoma-with-postdelivery-cushing-s-syndrome https://steenblock-lab.owlstown.net/publications/68445-expression-of-progenitor-markers-is-associated-with-the-functionality-of-a-bioartificial-adrenal-cortex https://steenblock-lab.owlstown.net/publications/68447-stress-inducible-stem-cells-a-new-view-on-endocrine-metabolic-and-mental-disease https://steenblock-lab.owlstown.net/publications/25974-adrenal-cortical-and-chromaffin-stem-cells-is-there-a-common-progeny-related-to-stress-adaptation https://steenblock-lab.owlstown.net/publications/68462-cell-surface-proteome-of-dental-pulp-stem-cells-identified-by-label-free-mass-spectrometry https://steenblock-lab.owlstown.net/publications/68463-the-cdc42-guanine-nucleotide-exchange-factor-fgd6-coordinates-cell-polarity-and-endosomal-membrane-recycling-in-osteoclasts https://steenblock-lab.owlstown.net/publications/68464-the-cell-surface-proteome-of-human-mesenchymal-stromal-cells https://steenblock-lab.owlstown.net/publications/68451-phage-display-derived-human-monoclonal-antibodies-isolated-by-binding-to-the-surface-of-live-primary-breast-cancer-cells-recognize-grp78 https://steenblock-lab.owlstown.net/publications/68450-cancer-cells-recognize-grp-78-isolated-by-binding-to-the-surface-of-live-primary-breast-derived-human-monoclonal-antibodies-phage-display https://steenblock-lab.owlstown.net/publications/68449-regulation-of-b-cell-homeostasis-and-activation-by-the-tumor-suppressor-gene-cyld https://steenblock-lab.owlstown.net/publications/68452-vaccination-for-birch-pollen-allergy-comparison-of-the-affinities-of-specific-immunoglobulins-e-g1-and-g4-measured-by-surface-plasmon-resonance https://steenblock-lab.owlstown.net/publications/68453-isolation-of-high-affinity-human-ige-and-igg-antibodies-recognising-bet-v-1-and-humicola-lanuginosa-lipase-from-combinatorial-phage-libraries https://steenblock-lab.owlstown.net/publications/68454-identification-of-erf3b-a-human-polypeptide-chain-release-factor-with-erf3-activity-in-vitroand-in-vivo https://steenblock-lab.owlstown.net/publications/68455-assignment1-of-the-human-translation-termination-factor-1-etf1-to-5q31-1-and-of-the-proximal-marker-d5s1995-by-radiation-hybrid-mapping https://steenblock-lab.owlstown.net/publications/68457-assignment1-of-the-human-peptide-chain-release-factor-3-gspt2-to-xp11-23-p11-21-and-of-the-distal-marker-dxs1039-by-radiation-hybrid-mapping https://steenblock-lab.owlstown.net/publications/68456-a-sensitive-assay-of-translational-fidelity-readthrough-and-termination-in-eukaryotic-cells https://steenblock-lab.owlstown.net/projects/2898-stress-and-stem-cells-in-hpa-axis https://steenblock-lab.owlstown.net/projects/2902-development-of-the-adrenal-cortex-and-links-with-adult-progenitor-cells https://steenblock-lab.owlstown.net/projects/2901-infectious-diseases-and-their-impact-on-hpa-axis https://steenblock-lab.owlstown.net/projects/2899-future-projects-and-goals https://steenblock-lab.owlstown.net/projects/7972-untitled https://steenblock-lab.owlstown.net/people/2213-charlotte-steenblock https://steenblock-lab.owlstown.net/people/2214-ioannis-oikonomakos https://steenblock-lab.owlstown.net/people/2215-panagiota-siatra https://steenblock-lab.owlstown.net/people/2216-diana-cozma https://steenblock-lab.owlstown.net/people/2218-uta-lehnert https://steenblock-lab.owlstown.net/people/6806-samira-kaziakhmedova https://steenblock-lab.owlstown.net/people/6807-susanne-ferguson https://steenblock-lab.owlstown.net/people/6808-zhenfei-li https://steenblock-lab.owlstown.net/people/6809-fateme-davarani-asl https://steenblock-lab.owlstown.net/pages/4348-collaborations https://steenblock-lab.owlstown.net/pages/4347-funding https://steenblock-lab.owlstown.net/pages/4346-group-members https://steenblock-lab.owlstown.net/pages/4357-joining-the-team https://steenblock-lab.owlstown.net/pages/4349-lab-life