https://www.stejskalova-lab.org https://www.stejskalova-lab.org/publications https://www.stejskalova-lab.org/projects https://www.stejskalova-lab.org/people https://www.stejskalova-lab.org/courses https://www.stejskalova-lab.org/posts https://www.stejskalova-lab.org/pages https://www.stejskalova-lab.org/cv https://www.stejskalova-lab.org/contact_form https://www.stejskalova-lab.org/publications/69771-human-inflammatory-bowel-disease-on-a-chip-for-modelling-disease-progression-cancer-initiation-and-sex-specific-effects https://www.stejskalova-lab.org/publications/69770-human-fallopian-tube-on-a-chip-for-preclinical-testing-of-non-hormonal-contraceptives-with-living-human-sperm https://www.stejskalova-lab.org/publications/69775-synergistic-therapeutic-effects-of-endolysin-bnt331-and-a-lactobacillus-crispatus-consortium-in-a-human-vagina-chip-model-of-bacterial-vaginosis https://www.stejskalova-lab.org/publications/69772-induction-of-cervical-dysfunction-associated-with-preterm-birth-by-il-1-and-dysbiotic-microbiome-revealed-in-human-endocervix-chips https://www.stejskalova-lab.org/publications/69774-cervical-mucus-in-linked-human-cervix-and-vagina-chips-modulates-vaginal-dysbiosis https://www.stejskalova-lab.org/publications/69776-o-295-analysis-of-human-sperm-behavior-and-assessment-of-non-hormonal-contraceptive-efficacy-in-a-human-cervix-chip https://www.stejskalova-lab.org/publications/69773-human-cervix-chip-a-preclinical-model-for-studying-the-role-of-the-cervical-mucosa-and-microbiome-in-female-reproductive-health https://www.stejskalova-lab.org/publications/69777-mucus-production-host-microbiome-interactions-hormone-sensitivity-and-innate-immune-responses-modeled-in-human-cervix-chips https://www.stejskalova-lab.org/publications/69778-modeling-mucus-physiology-and-pathophysiology-in-human-organs-on-chips https://www.stejskalova-lab.org/publications/69780-in-vitro-modelling-of-the-physiological-and-diseased-female-reproductive-system https://www.stejskalova-lab.org/publications/69779-collagen-i-triggers-directional-migration-invasion-and-matrix-remodeling-of-stroma-cells-in-a-3d-spheroid-model-of-endometriosis https://www.stejskalova-lab.org/publications/69781-the-ellagic-acid-metabolites-urolithin-a-and-b-differentially-affect-growth-adhesion-motility-and-invasion-of-endometriotic-cells-in-vitro https://www.stejskalova-lab.org/publications/69782-mir-142-3p-reduces-the-size-migration-and-contractility-of-endometrial-and-endometriotic-stromal-cells-by-targeting-integrin-and-rho-gtpase-related-pathways-that-regulate-cytoskeletal-function https://www.stejskalova-lab.org/publications/69783-biologically-inspired-cell-selective-release-of-aptamer-trapped-growth-factors-by-traction-forces https://www.stejskalova-lab.org/publications/69786-a-physicochemically-optimized-and-neuroconductive-biphasic-nerve-guidance-conduit-for-peripheral-nerve-repair https://www.stejskalova-lab.org/publications/69784-using-biomaterials-to-rewire-the-process-of-wound-repair https://www.stejskalova-lab.org/publications/69785-programmable-biomaterials-for-dynamic-and-responsive-drug-delivery https://www.stejskalova-lab.org/projects/8081-how-can-we-design-human-reproductive-models-to-improve-outcomes https://www.stejskalova-lab.org/projects/8080-how-does-nutrition-affect-pregnancy https://www.stejskalova-lab.org/projects/8082-what-governs-reproductive-tract-microbiome-composition-across-women-s-lifecourse https://www.stejskalova-lab.org/people/6970-mr-leon-giebel https://www.stejskalova-lab.org/people/6912-ms-aastha-agarwal https://www.stejskalova-lab.org/people/6911-anna-stejskalova-ph-d https://www.stejskalova-lab.org/people/6969-ms-danielle-mokwa https://www.stejskalova-lab.org/pages/10062-outreach