https://www.pkd-rrc.org/publication/neuroimmune-interplay-in-kidney-health-and-disease-role-of-renal-nerves/2025-06-26T09:38:43-04:00https://www.pkd-rrc.org/publication/cd74-promotes-cyst-growth-and-renal-fibrosis-in-autosomal-dominant-polycystic-kidney-disease/2025-06-26T09:39:18-04:00https://www.pkd-rrc.org/publication/sex-genotype-and-liver-volume-progression-as-risk-of-hospitalization-determinants-in-autosomal-dominant-polycystic-liver-disease/2025-06-26T10:02:09-04:00https://www.pkd-rrc.org/publication/pkd2-deficiency-in-embryonic-aqp2-progenitor-cells-is-sufficient-to-cause-severe-polycystic-kidney-disease/2025-06-25T14:31:44-04:00https://www.pkd-rrc.org/publication/nephronophthisis-associated-fbw7-mediates-cyst-dependent-decline-of-renal-function-in-adpkd/2026-07-15T11:02:47-04:00https://www.pkd-rrc.org/publication/inhibiting-centrosome-clustering-reduces-cystogenesis-and-improves-kidney-function-in-autosomal-dominant-polycystic-kidney-disease/2025-06-25T14:31:45-04:00https://www.pkd-rrc.org/publication/distinct-developmental-reprogramming-footprint-of-macrophages-during-acute-kidney-injury-across-species/2025-06-25T14:31:46-04:00https://www.pkd-rrc.org/publication/nnunet-for-automatic-kidney-and-cyst-segmentation-in-autosomal-dominant-polycystic-kidney-disease/2025-06-26T09:13:47-04:00https://www.pkd-rrc.org/publication/us-veterans-administration-autosomal-dominant-polycystic-kidney-disease-cohort-demographic-comorbidity-and-key-laboratory-data-characteristics/2025-06-25T14:31:47-04:00https://www.pkd-rrc.org/publication/dlg1-functions-upstream-of-sdccag3-and-ift20-to-control-ciliary-targeting-of-polycystin-2/2025-06-25T14:31:48-04:00https://www.pkd-rrc.org/publication/osteopontin-deletion-attenuates-cyst-growth-but-exacerbates-fibrosis-in-mice-with-cystic-kidney-disease/2025-06-25T14:31:49-04:00https://www.pkd-rrc.org/publication/pkd1-mutant-clones-within-cirrhotic-livers-inhibit-steatohepatitis-without-promoting-cancer/2025-06-25T14:31:49-04:00https://www.pkd-rrc.org/publication/characterizing-the-impact-of-the-covid-19-pandemic-on-adults-with-autosomal-dominant-polycystic-kidney-disease-a-cross-sectional-study/2025-06-25T14:31:50-04:00https://www.pkd-rrc.org/publication/multi-omics-profiling-of-mouse-polycystic-kidney-disease-progression-at-a-single-cell-resolution/2026-07-15T11:03:19-04:00https://www.pkd-rrc.org/publication/cilia-deficient-renal-tubule-cells-are-primed-for-injury-with-mitochondrial-defects-and-aberrant-tryptophan-metabolism/2025-06-25T14:31:51-04:00https://www.pkd-rrc.org/publication/inhibition-of-asparagine-synthetase-effectively-retards-polycystic-kidney-disease-progression/2025-06-25T14:31:52-04:00https://www.pkd-rrc.org/publication/klotho-is-highly-expressed-in-the-chief-sites-of-regulated-potassium-secretion-and-it-is-stimulated-by-potassium-intake/2025-06-25T14:31:53-04:00https://www.pkd-rrc.org/publication/reduced-decay-accelerating-factor-expression-promotes-complement-mediated-cystogenesis-in-murine-adpkd/2025-06-25T14:31:54-04:00https://www.pkd-rrc.org/publication/multiscale-and-multimodal-evaluation-of-autosomal-dominant-polycystic-kidney-disease-development/2025-06-25T14:31:54-04:00https://www.pkd-rrc.org/publication/polycystin-1-loss-of-function-increases-susceptibility-to-atrial-fibrillation-through-impaired-dna-damage-response/2026-07-15T11:03:39-04:00https://www.pkd-rrc.org/publication/transiently-formed-nucleus-to-cilium-microtubule-arrays-mediate-senescence-initiation-in-a-kifc3-dependent-manner/2025-06-25T14:31:57-04:00https://www.pkd-rrc.org/publication/the-tryptophan-metabolizing-enzyme-indoleamine-23-dioxygenase-1-regulates-polycystic-kidney-disease-progression/2025-06-25T14:31:58-04:00https://www.pkd-rrc.org/publication/the-c-terminal-tail-of-polycystin-1-suppresses-cystic-disease-in-a-mitochondrial-enzyme-dependent-fashion/2025-06-25T14:31:59-04:00https://www.pkd-rrc.org/publication/a-kidney-resident-macrophage-subset-is-a-candidate-biomarker-for-renal-cystic-disease-in-preclinical-models/2025-06-25T14:32:00-04:00https://www.pkd-rrc.org/publication/early-infiltrating-macrophage-subtype-correlates-with-late-stage-phenotypic-outcome-in-a-mouse-model-of-hepatorenal-fibrocystic-disease/2025-06-25T14:32:01-04:00https://www.pkd-rrc.org/publication/accuracy-and-processing-time-of-kidney-volume-measurement-methods-in-rodents-polycystic-kidney-disease-models-superiority-of-semiautomated-kidney-segmentation/2025-06-25T14:32:01-04:00https://www.pkd-rrc.org/publication/enhancer-and-super-enhancer-landscape-in-polycystic-kidney-disease/2025-06-25T14:32:02-04:00https://www.pkd-rrc.org/publication/myofibroblast-depletion-reduces-kidney-cyst-growth-and-fibrosis-in-autosomal-dominant-polycystic-kidney-disease/2025-06-25T14:32:03-04:00https://www.pkd-rrc.org/publication/metabolomic-profiling-to-identify-early-urinary-biomarkers-and-metabolic-pathway-alterations-in-autosomal-dominant-polycystic-kidney-disease/2025-06-25T14:32:03-04:00https://www.pkd-rrc.org/publication/immun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mal-dominant-polycystic-kidney-disease/2025-06-25T14:32:51-04:00https://www.pkd-rrc.org/publication/ciliopathy-protein-hyls1-coordinates-the-biogenesis-and-signaling-of-primary-cilia-by-activating-the-ciliary-lipid-kinase-pipki%ce%b3/2025-06-25T14:32:52-04:00https://www.pkd-rrc.org/publication/a-methionine-mettl3-n6-methyladenosine-axis-promotes-polycystic-kidney-disease/2025-06-25T14:32:52-04:00https://www.pkd-rrc.org/publication/early-infiltrating-macrophage-subtype-correlates-with-late-stage-phenotypic-outcome-in-a-mouse-model-of-hepatorenal-fibrocystic-disease-2/2025-06-25T14:32:53-04:00https://www.pkd-rrc.org/publication/antioxidant-enzyme-peroxiredoxin-5-regulates-cyst-growth-and-ciliogenesis-via-modulating-plk1-stability/2025-06-25T14:32:54-04:00https://www.pkd-rrc.org/publication/autosomal-dominant-polycystic-kidney-disease-does-not-significantly-alter-major-covid-19-outcomes-among-veterans/2025-06-25T14:32:54-04:00https://www.pkd-rrc.org/publication/a-mouse-model-of-bbs-identifies-developmental-and-homeostatic-effects-of-bbs5-mutation-and-identifies-novel-pituitary-abnormalities/2025-06-25T14:32:55-04:00https://www.pkd-rrc.org/publication/a-computable-phenotype-for-autosomal-dominant-polycystic-kidney-disease/2025-06-26T09:19:02-04:00https://www.pkd-rrc.org/publication/smoking-accelerates-renal-cystic-disease-and-worsens-cardiac-phenotype-in-pkd1-deficient-mice/2025-06-25T14:32:57-04:00https://www.pkd-rrc.org/publication/role-of-chemokines-innate-and-adaptive-immunity/2025-06-25T14:32:57-04:00https://www.pkd-rrc.org/publication/baseline-characteristics-and-patient-reported-outcomes-of-adpkd-patients-in-the-multicenter-tame-pkd-clinical-trial/2025-06-25T14:33:00-04:00https://www.pkd-rrc.org/publication/the-heteromeric-pc-1-pc-2-polycystin-complex-is-activated-by-the-pc-1-n-terminus/2025-06-25T14:33:00-04:00https://www.pkd-rrc.org/publication/a-plasma-membrane-localized-polycystin-1-polycystin-2-complex-in-endothelial-cells-elicits-vasodilation-2/2025-06-25T14:33:01-04:00https://www.pkd-rrc.org/publication/biological-efficacy-and-safety-of-niacinamide-in-patients-with-adpkd/2025-06-25T14:33:02-04:00https://www.pkd-rrc.org/publication/quick-coordinated-and-authentic-reprogramming-of-ribosome-biogenesis-during-ipsc-reprogramming/2025-06-25T14:33:02-04:00https://www.pkd-rrc.org/publication/human-transcription-factors-responsive-to-initial-reprogramming-predominantly-undergo-legitimate-reprogramming-during-fibroblast-conversion-to-ipscs/2025-06-25T14:33:03-04:00https://www.pkd-rrc.org/publication/overexpression-of-tgf-%ce%b21-induces-renal-fibrosis-and-accelerates-the-decline-in-kidney-function-in-polycystic-kidney-disease/2025-06-25T14:33:04-04:00https://www.pkd-rrc.org/publication/a-novel-gene-therapy-for-arpkd-based-on-cftr/2026-07-09T16:38:52-04:00https://www.pkd-rrc.org/publication/hyperosmotic-stimuli-activate-polycystin-proteins-to-aid-in-urine-concentration/2026-07-09T16:42:22-04:00https://www.pkd-rrc.org/publication/in-depth-3d-exploration-of-autosomal-dominant-polycystic-kidney-disease-through-light-sheet-fluorescence-microscopy/2026-07-09T16:47:06-04:00https://www.pkd-rrc.org/publication/the-endocytic-adaptor-arh-facilitates-potassium-conservation-by-regulating-romk/2026-07-09T16:50:19-04:00https://www.pkd-rrc.org/publication/inactivation-of-pkd2-in-adult-mice-results-in-delayed-cyst-formation-and-identifies-sex-as-a-major-modifier-of-disease-severity/2026-07-09T16:52:47-04:00https://www.pkd-rrc.org/publication/transcriptome-based-cell-type-assignment-for-kidney-cell-culture-models/2026-07-09T16:56:11-04:00https://www.pkd-rrc.org/publication/wnts-are-endothelial-cell-derived-pkd1-pkd2-dependent-autocrine-paracrine-vasodilators/2026-07-09T16:58:22-04:00https://www.pkd-rrc.org/publication/the-ion-channel-cftr-assembles-with-hippo-pathway-proteins-taz-and-yap-in-polycystic-kidney-disease/2026-07-09T17:00:16-04:00https://www.pkd-rrc.org/publication/collecting-duct-targeted-lipid-nanoparticles-deliver-pkd2-mrna-to-restore-polycystin-2-and-attenuate-adpkd/2026-07-09T17:02:57-04:00https://www.pkd-rrc.org/publication/a-ciliary-phosphoinositide-pathway-regulates-the-dosage-of-polycystins-in-primary-cilia/2026-07-10T16:51:50-04:00https://www.pkd-rrc.org/publication/lack-of-ankmy2-suppresses-kidney-cystogenesis-in-embryonic-and-adult-onset-polycystic-kidney-disease/2026-07-10T16:59:23-04:00https://www.pkd-rrc.org/publication/extra-ciliary-role-for-polycystins-in-regulation-of-ezrin-and-renal-tubular-morphology/2026-07-10T17:00:51-04:00https://www.pkd-rrc.org/publication/sfpqtfe3-reciprocally-regulates-mtorc1-and-induces-lineage-plasticity-in-a-mouse-model-of-renal-tumorigenesis/2026-07-10T17:04:28-04:00https://www.pkd-rrc.org/publication/the-nucleobase-guanine-at-the-3-terminus-of-oligonucleotide-rgls4326-drives-off-target-ampar-inhibition-and-cns-toxicity/2026-07-10T17:06:38-04:00https://www.pkd-rrc.org/publication/interaction-proteomics-of-polycystins-1-and-2-reveal-a-novel-role-for-the-bloc-1-borc-lysosomal-positioning-complex/2026-07-10T17:10:25-04:00https://www.pkd-rrc.org/publication/feasibility-study-of-empagliflozin-in-patients-with-autosomal-dominant-polycystic-kidney-disease-design-and-baseline-characteristics/2026-07-10T17:12:22-04:00https://www.pkd-rrc.org/publication/ciliary-arls-drive-renal-cystogenesis/2026-07-10T17:20:44-04:00https://www.pkd-rrc.org/publication/aberrant-activation-of-renal-functional-reserve-and-reduced-tubule-flow-but-not-obstruction-is-associated-with-cystogenesis-in-pkd2-mutant-kidneys/2026-07-10T17:22:30-04:00https://www.pkd-rrc.org/publication/investigation-of-urinary-extracellular-vesicles-as-novel-and-safe-therapeutics-for-autosomal-recessive-polycystic-kidney-disease-arpkd/2026-07-10T17:25:39-04:00https://www.pkd-rrc.org/publication/loss-of-adamts9-disrupts-ciliogenesis-and-collagen-homeostasis-resulting-in-nephronophthisis-like-polycystic-kidneys/2026-07-13T10:55:23-04:00https://www.pkd-rrc.org/publication/targeting-ogt-in-adpkd-mitigates-metabolic-reprogramming-and-renal-cystogenesis-extending-survival/2026-07-13T10:56:48-04:00https://www.pkd-rrc.org/publication/disruption-of-polycystin-ciliary-localization-and-channel-function-by-autosomal-dominant-polycystic-kidney-disease-causing-polycystin-1-variants/2026-07-13T11:02:18-04:00https://www.pkd-rrc.org/publication/therapeutic-potential-of-urinary-extracellular-vesicles-in-delivering-functional-proteins-and-modulating-gene-expression-for-genetic-kidney-disease/2026-07-13T11:05:36-04:00https://www.pkd-rrc.org/publication/ciliogenesis-associated-kinase-1-accumulates-in-its-inactive-form-during-polycystic-kidney-disease-progression/2026-07-13T11:08:36-04:00https://www.pkd-rrc.org/publication/disruption-of-a-six-nucleotide-mirna-motif-improves-pkd1-dosage-and-ameliorates-polycystic-kidney-disease/2026-07-13T11:17:41-04:00https://www.pkd-rrc.org/publication/miniaturization-of-crispra-plasmids-for-efficient-delivery-into-renal-epithelial-cells-and-pkd1-transactivation/2026-07-13T11:21:17-04:00https://www.pkd-rrc.org/publication/phosphaturia-exacerbates-tubular-injury-and-cyst-formation-in-polycystic-kidney-disease/2026-07-13T11:27:52-04:00https://www.pkd-rrc.org/publication/apelin-inhibits-cyst-growth-and-improves-kidney-function-in-mice-with-polycystic-kidney-disease/2026-07-13T11:32:12-04:00https://www.pkd-rrc.org/publication/a-heteromeric-trp-channel-that-functions-as-a-wnt-activated-g-protein-coupled-receptor/2026-07-13T11:39:33-04:00https://www.pkd-rrc.org/publication/relationship-between-total-kidney-volume-and-egfr-in-autosomal-dominant-polycystic-kidney-disease/2026-07-13T11:47:27-04:00https://www.pkd-rrc.org/publication/a-halotag-knock-in-resource-for-in-vivo-and-in-vitro-analysis-of-endogenous-polycystin-2-localization-turnover-and-transport/2026-07-13T13:13:34-04:00https://www.pkd-rrc.org/publication/development-and-validation-of-a-multivariable-prediction-model-for-kidney-failure-in-early-autosomal-dominant-polycystic-kidney-disease/2026-07-13T13:17:53-04:00https://www.pkd-rrc.org/publication/automatically-measuring-kidney-liver-and-cyst-volumes-in-autosomal-dominant-polycystic-kidney-disease/2026-07-13T13:25:06-04:00https://www.pkd-rrc.org/publication/pirfenidone-treatment-attenuates-fibrosis-in-autosomal-dominant-polycystic-kidney-disease/2026-07-13T13:27:10-04:00https://www.pkd-rrc.org/publication/myofibroblast-specific-autophagy-drives-cyst-growth-in-autosomal-dominant-polycystic-kidney-disease/2026-07-13T13:32:57-04:00https://www.pkd-rrc.org/publication/polycystic-kidney-disease-in-children-the-current-status-and-the-next-horizon/2026-07-13T13:37:14-04:00https://www.pkd-rrc.org/publication/fibrocystin-polyductin-fpc-new-functional-insights-into-arpkd-pathogenesis-revealed-by-informatics-comparative-genomics-and-model-systems/2026-07-13T13:41:53-04:00https://www.pkd-rrc.org/publication/aberrant-activation-of-renal-functional-reserve-and-reduced-tubule-flow-but-not-obstruction-is-associated-with-cystogenesis-in-pkd2-mutant-kidneys-2/2026-07-13T13:44:05-04:00https://www.pkd-rrc.org/publication/engineering-precision-zebrafish-alleles-of-human-disease/2026-07-13T13:52:18-04:00https://www.pkd-rrc.org/publication/disruption-of-the-human-cystin-1-myristoyl-electrostatic-switch-causes-polycystic-kidney-disease-that-phenocopies-autosomal-recessive-polycystic-kidney-disease/2026-07-13T13:55:49-04:00https://www.pkd-rrc.org/publication/diagnostic-performance-of-routine-abdominal-mri-for-detecting-left-ventricular-hypertrophy-in-adpkd/2026-07-13T14:00:34-04:00https://www.pkd-rrc.org/publication/natural-history-of-simple-and-complex-cysts-in-autosomal-dominant-polycystic-kidney-disease-on-mri/2026-07-13T14:03:08-04:00https://www.pkd-rrc.org/publication/cardio-thoracic-ratio-for-detecting-left-ventricular-hypertrophy-on-abdominal-mri-in-adpkd/2026-07-13T14:08:44-04:00https://www.pkd-rrc.org/publication/reporting-adpk-disease-phenotypes-on-abdominal-scans/2026-07-13T14:13:30-04:00