ScholarWorks@Korea University College of Medicine: Kim, Hoon Yub

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Kim, Hoon Yub (김훈엽)

Anam Hospital (Department of Breast and Endocrine Surgery, Anam Hospital)

Research Area: 갑상선암, 부신종양, 최소침습수술, thyroid cancer, adrenal tumor, minimally invasive surgery

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Recurrent laryngeal nerve:22||thyroidectomy:21||Thyroid surgery:19||Thyroidectomy:19||thyroid surgery:15||TOETVA:12||Transoral thyroidectomy:12||recurrent laryngeal nerve:10||Robotic thyroidectomy:10||transoral thyroidectomy:9||intraoperative neuromonitoring:9||Endoscopic thyroidectomy:9||Transoral robotic thyroidectomy:9||robotic thyroidectomy:8||Morbidity:8||Neural monitoring:8||Transoral endoscopic thyroidectomy:7||Thyroid:7||Intraoperative neuromonitoring:6||electromyography:6||transoral robotic thyroidectomy:6||thyroid carcinoma:5||Transoral:5||Surgery:5||thyroid cancer:5||Papillary thyroid carcinoma:5||Papillary thyroid microcarcinoma:5||morbidity:5||Transoral endoscopic thyroidectomy vestibular approach:4||bilateral axillobreast approach:4||papillary thyroid carcinoma:4||Thyroid gland:4||continuous intraoperative neuromonitoring:4||Nerve injury:4||Neuromonitoring:4||transoral:4||IONM:4||nerve thermal injury:4||TORT:4||vestibular approach:4||Robotic surgery:3||minimally invasive:3||robotic:3||recurrent laryngeal nerve (RLN):3||Remoteaccess thyroidectomy:3||Minimally invasive surgery:3||Breast neoplasms:3||Lymph nodes:3||Thyroid carcinoma:3||intratumor heterogeneity:2||latency:2||safety:2||breast cancer:2||learning curve:2||Parathyroidectomy:2||loss of signal:2||Breast cancer:2||Thyroid nodule:2||surface electrode:2||surgery:2||Endoscopy:2||Minimally invasive:2||natural orifice transluminal endoscopic surgery (NOTES):2||difficulty:2||thyroid nodule:2||Radiofrequency ablation:2||CIONM:2||papillary thyroid microcarcinoma:2||endoscopic thyroidectomy:2||Stage thyroidectomy:2||transoral endoscopic thyroidectomy vestibular approach:2||transoral endoscopic thyroidectomy vestibular approach (TOETVA):2||Minimally invasive thyroidectomy:2||pediatric thyroid cancer:2||energybased devices:2||Bilateral axillobreast approach:2||Papillary thyroid cancer:2||amplitude:2||hypocalcemia:2||remote access:2||Adrenalectomy:2||intertumor heterogeneity:2||intraoperative neural monitoring:2||robotic surgery:2||Malpractice:1||Medullary:1||Miccoli:1||Microarray analysis:1||Miniinvasive thyroidectomy:1||Minimally invasive surgical procedures:1||Minimally invasive videoassisted thyroidectomy:1||Mistletoe:1||Molecular subtype:1||Motor fibers:1||NRLN:1||Natural orifice endoscopic surgery:1||Natural orifice transluminal endoscopic surgery:1||Nature of thyroid nodule:1||Neck discomfort:1||Neoplasm metastasis:1||Neural monitoring study group:1||Neuroendocrine tumors:1||Nonrecurrent laryngeal nerve:1||Obesity:1||Open thyroidectomy:1||Oral cavity:1||Oxidized regenerated cellulose:1||Parathyroid hormone:1||Parathyroid surgery:1||Pathology:1||Periosteal:1||Phosphates:1||Postoperative pain management:1||Pressure:1||Propensity score matching:1||Pros and cons:1||RAI:1||Ramification:1||Recurrent laryngeal nerve (RLN):1||Recurrent laryngeal nerve injuries:1||Recurrent laryngeal nerve palsy:1||Recurrent or inferior laryngeal nerve:1||Remote access:1||Remote access thyroidectomy:1||Remoteaccess thyroid surgery:1||Robotassisted thyroid surgery:1||Robotic:1||Robotic adrenalectomy:1||Robotic parathyroidectomy:1||Robotic surgical procedure:1||Robotic thyroidectomy (RT):1||Roboticassisted surgery:1||Robotics:1||SARSCoV2:1||Safety:1||Screening:1||Secondary:1||Seizures:1||Silicone:1||Small bowel:1||South Korea:1||Standards:1||Superior laryngeal nerve:1||Surgical flaps:1||Surgical outcome:1||Surgical practice:1||Survival:1||TIMP:1||TONS:1||Temperature:1||Therapeutic success:1||Therapy:1||Thyroglobulin:1||Thyroid cancer:1||Thyroid disease:1||Thyroid diseases:1||Thyroid neoplasm:1||Thyroid neoplasms:1||Thyroid stimulating hormone:1||Training:1||Translational study:1||Transoral endocrine surgery:1||Transoral neck surgery:1||Transoral vestibular approach thyroidectomy:1||Tumor recurrence:1||VAS:1||VAT:1||Vagal nerve:1||Vagus nerve:1||Vestibular:1||Vestibular approach:1||Videoassisted thyroidectomy:1||Vitamins:1||Volume reduction:1||adrenalectomy:1||advanced thyroid cancer:1||anatomy:1||antiadhesive agents:1||antibiotics:1||antithyrciglobulin antibody:1||bacteria:1||bariatric surgery:1||bilateral axillobreast approach (BABA):1||bilateral axillobreast approach thyroidectomy:1||bipolar probes:1||breast:1||calcitonin:1||cancer:1||canine model:1||carcinoid tumors:1||carcinoma:1||caspase:1||central lymph node:1||children:1||colonization:1||comparison:1||completion thyroidectomy:1||continuous nerve monitoring:1||continuous neuromonitoring:1||cost:1||cost analysis:1||da Vinci Xi:1||da Vinci system:1||dissection:1||electrophysiologic monitoring:1||endoscopes:1||endoscopic:1||endoscopic surgery:1||endotracheal tube electrode:1||endotracheal tube neuromonitoring:1||energy based devices (EBD):1||energybased device (EBD):1||estrogen receptor:1||external branch of superior laryngeal nerve (EBSLN):1||ferromagnetic device:1||fever:1||fluorescence:1||full percutaneous approach:1||gastroenteropancreatic tumors:1||gene:1||glycopyrrolate:1||guidelines:1||harmonic scalpel:1||hospital discharge:1||indications:1||infection:1||instruments and intraoperative neuromonitoring (IONM):1||insulin receptor substrate 1:1||intact PTH (iPTH):1||lateral transperitoneal approach:1||lobectomy:1||longneedle electrodes:1||lymph node metastasis:1||lymphatic leakage:1||medullary thyroid cancer (MTC):1||metastasis:1||microarray:1||microarray analysis:1||mitochondria:1||monopolar probes:1||multifocality:1||multikinase inhibitor:1||neostigmine:1||nerve damage:1||nerve injury:1||nerve monitoring:1||neural injury:1||neuroendocrine tumors:1||neuromuscular blockade:1||neuromuscular monitoring:1||obesity:1||oncoplastic thyroid surgery:1||operative procedures:1||papillary thyroid cancer:1||papillary thyroid cancer (PTC):1||parathyroid:1||patient and surgeon candidacy:1||pediatric cancer:1||pediatric patients:1||pediatric thyroid surgery:1||pediatric thyroidectomy:1||percutaneous treatment:1||platysma:1||pneumomediastinum:1||porcine model:1||postoperative adhesion:1||postoperative complications:1||postoperative infections:1||preprototype:1||prognosis:1||propensity score matching:1||radiofrequency ablation:1||radiography:1||recurrence:1||recurrent laryngeal nerve (RLN) injury:1||remote thyroidectomy:1||remoteaccess:1||remoteaccess surgery:1||remoteaccess thyroidectomy:1||results:1||robot:1||robotic surgical procedures:1||robotic thyroid surgery:1||roboticassisted surgery:1||safety margin:1||scarless thyroid:1||scarless thyroidectomy:1||secretory:1||size:1||sodium hyaluronate carboxymethyl cellulose:1||staged thyroidectomy:1||standardized surgical technique:1||stimulating dissecting instruments:1||stimulation and recording endotracheal tube:1||stimulation dissectors:1||subcutaneous emphysema:1||superior laryngeal nerve:1||surgical anatomy:1||surgical injuries:1||surgical site infections (SSIs):1||surgical technique:1||swine model:1||targeted agent:1||targeted agents:1||temperature:1||thyroid:1||thyroid and parathyroid surgery:1||thyroid cancer (TC):1||thyroid disease:1||thyroid lobectomy:1||thyroid malignancy:1||thyroid neoplasm:1||thyroid nodules:1||thyroidectony:1||thyroiditis:1||total thyroidectomy:1||traction injury:1||transcartilage neuromonitoring:1||transcartilage recording:1||transcartilage recording electrodes:1||transcutaneous recording:1||transoral robotic thyroidectomy`(TORT):1||transoral surgery:1||transoral thyroidectomy (TOT):1||treatment:1||ultrasonic shears:1||vagus nerve (VN):1||vocal fold palsy:1||voice damage:1||waveform:1||weight loss:1||wound infection:1||xanthohumol:1||갑상선 수술:1||갑상선 유두암:1||갑상선 절제술:1||갑상선암:1||갑상선자극호르몬:1||갑상선절제술:1||경구갑상선로봇수술:1||다빈치 로봇수술시스템:1||로봇 수술:1||미세침흡인세포검사:1||반회 후두신경:1||반회후두신경:1||부신 절제술:1||분화갑상선암:1||수술 중 신경 모니터링:1||수술중 신경모니터링:1||전통적 봉합 결찰법:1||중앙 림프절 절제술:1||Aberrant subclavian artery:1||하모닉 포커스:1||Active surveillance:1||Adhesion:1||Analgesia:1||Antibiotic prophylaxis (AP):1||Apoptosis:1||Autoimmune thyroiditis:1||BABA:1||BRAF V600E mutation:1||BRAF mutation:1||BRAF 돌연변이:1||Benign and malignant thyroid diseases:1||Benign disease:1||Benign thyroid nodule:1||Bilateral axillobreast approachrobotic thyroidectomy (BABART):1||Breast neoplasm:1||Breast surgery:1||Breast treatment:1||Calcium:1||Cancer:1||Carbon dioxide insufflation:1||Carcinoma:1||Central lymph node dissection:1||Central neck dissection:1||Cernea classification:1||China:1||Circulating tumor cell:1||Collagen:1||Continuous intraoperative neuromonitoring:1||Continuous neuromonitoring:1||Conventional suture ligation:1||Costeffectiveness:1||Costeffectiveness analysis:1||Covid19:1||Cyclophosphamide:1||Da Vinci:1||Differentiated thyroid cancer:1||Dissection:1||EBSLN:1||EMG:1||Electromyography:1||Endoscopic:1||Energybased device:1||Epidemiology:1||External branch of the superior laryngeal nerve:1||Extralaryngeal ramification:1||Extrathyroidal extension:1||Fibrin:1||Fine needle aspiration cytology:1||Gastric acid:1||Gastrin release:1||Gene expression profile:1||General surgery:1||Graves’ disease:1||Harmonic Focus:1||Harmonic focus:1||Hyperparathyroidism:1||Hyponatremia:1||INMSG:1||Immunology:1||Implant capsular contracture:1||Indications:1||Indocyanine green (ICG):1||Injury:1||Innervation:1||Interventional:1||Intraoperative nerve monitoring:1||Intraoperative neural monitoring:1||Intraoperative neural monitoring (IONM):1||Intraoperative neurophysiological monitoring:1||Iran:1||Italy:1||Laparoscopic surgery:1||Laryngeal intraoperative nerve monitoring (LIONM):1||Laryngeal paralysis:1||Learning curve:1||LigaSure:1||Ligasure exact dissector (LED):1||Loss of signal:1||Lymph node excision:1||Lymph node ratio:1||MIVAT:1||MMPs:1||Malignant disease:1||

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