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Creators : 大山 祐介 Dissertation Number : 医博甲第1627号 Degree Names : 博士(保健学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
The reduction of excessive discharge of phosphate into water bodies is a dominant theme to combat the critical eutrophication issue and requires the development of high-performance materials for effective phosphate treatment. In this study, rice straw was used as a raw material for the synthesis of biochar functionalized with layered double hydroxides (BC-LDHs) as efficacious phosphate adsorbents, and their successful synthesis was corroborated via characterization analysis. Experimental investigations, including pH, coexisting anion, reaction time, and initial phosphate concentration effects were systematically performed with selected BC-LDHs 6 and pure LDHs. An optimum pH of 3.0 was observed in both samples. Kinetic and isotherm studies indicated that phosphate adsorption on these samples was controlled by the pseudo-second-order model and the Freundlich model. Comparative kinetic tests also demonstrated that BC-LDHs 6 and pure LDHs reached the equilibrium within 24 h and 3 h, respectively. Nonetheless, the maximum adsorption capacity of the composite was 192 mg/g, which was higher than that of pure LDHs (166 mg/g). The coexistence of various anions negligibly affected the removal efficiency of the composite; however, fluoride was the most competitive anion for adsorption on pure LDHs. The adsorption mechanisms of the composite involved electrostatic interaction, inner-sphere complexation, pore diffusion, precipitation, and reconstruction. Furthermore, phosphate adsorbed on both materials could be easily recovered by 0.1 M NaOH solution owing to the displacement reaction between phosphate and hydroxyl ions. Additional evidence from reusability experiments exhibited that the composite could maintain its good adsorption performance even after three adsorption-desorption cycles. The transformation of BC-LDHs 6 after its usage in phosphate treatment (P-BC-LDHs 6) into a fertilizer was further explored by using seed germination and early growth assays of lettuce through a comparison with phosphate-loaded LDHs (P-LDHs). Lettuce seeds germinated in all P-BC-LDH 6 treatments showed undesirable growth characteristics compared with the controls, while total germination failure was observed under high concentrations of P-LDHs. In the latter experiments, the optimal application rates for plant growth were 2.5% for P-BC-LDHs 6 and 1.0% for P-LDHs. The considerably greater biomass development and length of lettuce were visible in samples delivered from P-BC-LDHs 6 compared to those from P-LDHs. The results obtained suggest that BC-LDHs 6 is a promising adsorbent for phosphate treatment and post-adsorption BC-LDHs 6 has the application potential to serve as a fertilizer for horticultural crop production.
Creators : Jittrera Buates Dissertation Number : 創科博甲第70号 Degree Names : 博士(工学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Phosphorus is an indispensable nutrient to sustain the daily life of all living things on Earth. However, the over-enrichment of the aquatic ecosystem with phosphorus leads to eutrophication, which is still a global environmental problem. More stringent regulations have been put in place for the limit of phosphorus discharge to address this problem and resulted in the removal of phosphorus removal becomes exceptionally crucial. Furthermore, phosphorus deposits are a non-renewable resource and forecasted to deplete until 2170, given the current usage and global population growth. Thus, the removal of phosphorus coupled with the recovery and reuse of phosphorus offer the best strategies to meet the future phosphorus demand. Accordingly, adsorption represents a fascinating separation technique for phosphate from water because of the possibility of phosphorus recovery. Moreover, this approach has many advantages, such as efficient, easy operating conditions, low sludge production, and the possibility of regenerating the adsorbent. Numerous attractive low-cost adsorbents have been studied for phosphate removal, one of which is layered double hydroxides (LDH). Unfortunately, a high phosphate adsorption capacity of LDH can generally be achieved by calcination, which increases the preparation cost of LDH. In this study, LDH is functionalized with amorphous zirconium (hydr)oxide to obtain enhanced adsorption capacity and eliminate the high-temperature requirement during the synthesis process. Although different treatment techniques have been developed to eliminate phosphorus contamination, including for wastewater treatment, treated water often fails to meet quality regulations. Amorphous zirconium (hydr)oxide/MgFe layered double hydroxides composites (am-Zr/MgFe-LDH) with different molar ratios (Zr/Fe = 1.5 2) were prepared in two-stage synthesis by the combination of coprecipitation and hydrothermal methods. The synthesis of the composite could eliminate the requirement of high-temperature calcination in the LDH for phosphate adsorption. Moreover, the phosphate adsorption ability of the composite was higher than that of the individual LDH and amorphous zirconium (hydr)oxide. The presence of amorphous zirconium (hydr)oxide increased the phosphate adsorption ability of composite at low pH. The adsorption capacity was increased by decreasing the pH and increasing the temperature (from 290 to 324 K). The bicarbonate (HCO3 ) was the most competitive anion for phosphate adsorption. The pseudo-secondorder model provided the best description of the kinetic adsorption data. Furthermore, the adsorbed phosphate was easily desorbed by 1 N and reused 2 N of NaOH solutions. The results suggest that the am-Zr/MgFe-LDH composite is a promising material for phosphate removal and recovery from wastewater. A Fixed-bed column has been considered an industrially feasible technique for phosphate removal from water. Besides the adsorption capacity, the effectiveness of an adsorbent is also determined by its reusability efficiency. In this study, phosphate removal by a synthesized am-Zr/MgFe-LDH in a fixed-bed column system was examined. The results showed that the increased bed height and phosphate concentration, and reduced flow rate, pH, and adsorbent particle size were found to increase the column adsorption capacity. The optimum adsorption capacity of 25.15 mg-P g^{-1} was obtained at pH 4. The coexistence of seawater ions had a positive effect on the phosphate adsorption capacity of the composite. Nearly complete phosphate desorption, with a desorption efficiency of 91.7%, could be effectively achieved by 0.1 N NaOH for an hour. Moreover, the initial adsorption capacity was maintained at approximately 83% even after eight adsorption-desorption cycles, indicating that the composite is economically feasible. The am-Zr/MgFe-LDH, with its high adsorption capacity and superior reusability, has the potential to be utilized as an adsorbent for phosphorus removal in practical wastewater treatment. The possible adsorption mechanisms of phosphate by am-Zr/MgFe-LDH were investigated via X-ray diffraction (XRD), Fourier transform infrared (FTIR), X-ray photoelectron spectroscopy (XPS), and pH at the point of zero charge (pHPZC) analyses. It was suggested that the high phosphate adsorption capacity of the composite involves three main adsorption mechanisms, which are the electrostatic attraction, inner-sphere complexation, and anion exchange, where the amorphous zirconium (hydr)oxide on the surface of the layered double hydroxides likely increased the number of active binding sites and surface area for adsorption. This study provides insights into the design of am-Zr/MgFe- LDH for phosphorus removal and recovery in a practical system.
Creators : ATIN NURYADIN Dissertation Number : 創科博甲第69号 Degree Names : 博士(学術) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Chromatography is considered as a key operation in the downstream process (DSP) of biopharmaceuticals, including proteins. Therapeutic proteins such as monoclonal antibodies (mAbs) with high economic values in the global market require immediate innovation in the purification step to adapt to the increased throughput from upstream. Authorities have also initiated changes toward a more modernized pharmaceutical manufacturing platform which is agile and flexible without extensive oversight. Instead of the conventional batch operation and empirical models, the design and application of in silico modeling and simulation for integrated multi-column processes to improve their performance in capture chromatography steps have been explored in the dissertation. Due to the fact that mechanistic models can reveal adsorption and mass transfer behaviors better in the chromatography compared to statistical models, mechanistic frameworks were applied in the study. Ion-exchange and protein A chromatography, the main categories of therapeutic protein chromatography were examined. With an example of oligonucleotides, the mass transfer phenomenon of biomolecules in different types of ion-exchange resins was explored by mechanistic models. The results demonstrate the effectiveness of modeling approaches to understand the chromatography process of biopharmaceuticals. By focusing on the DSP of mAbs, multi-column continuous chromatography was examined with IgG samples. The study covered the repeating batch to 4-column settings in the continuous periodic counter-current (PCC) chromatography, with development in modeling and simulation tools for process quantification and evaluation. Process performances including productivity, capacity utilization, and buffer consumption were investigated by simulations with the aim to increase productivities and lower buffer consumptions, which are the main bottleneck in the current DSP. The critical operation parameter, breakthrough percent (BT%) for column switching in PCC processes, requires the information from binding capacity, mass transfer, and non-loading operations. To obtain the optimal BT% under synchronized conditions, numerical solvers developed from mechanistic models were employed. It was found that over 20% improvement in buffer consumption and resin utilization can be observed in PCC processes while the same productivity as batch operation is maintained. Furthermore, regressive relations were developed for predictions of process performances and BT% based on the findings from PCC simulations. With high coherence in R2 over 0.95, the linear regression function can act as an accelerated method in the PCC process design. Finally, a new strategy of linear flow-velocity gradient (LFG) in the loading step was explored as a supplement to increase process efficiency. The method controls the total column capacity and the loaded amount as functions of time. Based on the relationship between the dynamic binding capacity and residence time, the gradient time of LFG was obtained. The optimal flow velocities and time gradients were examined by scanning through the range of applicable residence times. A case study of the 4-column PCC process is presented. By integrating a linear decreasing flow gradient in the PCC loading operation, the productivity has 1.4 times enhancement along with a 13% reduction in the cost of resin per amount of processed mAbs compared to constant flows. Undoubtedly, the next generation of DSP platform technology is directed toward continuous and integrated systems. Regarding the advantages in process performances and regulation perspectives, continuous manufacturing can advance development and manufacturing while assuring the product quality. The evolution in modeling and simulation enables faster development of in silico process prediction and evaluation. With the support from models, process design and optimization in chromatography can rise to the challenge.
Creators : Chen Chyi Shin Dissertation Number : 創科博甲第60号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : 吉田 圭志朗 Dissertation Number : 創科博甲第59号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Han Jihae Dissertation Number : 創科博甲第58号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 金森 弓枝 Dissertation Number : 医博甲第1618号 Degree Names : 博士(保健学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 礒村 由美 Dissertation Number : 医博甲第1617号 Degree Names : 博士(保健学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 仁志 麻衣子 Dissertation Number : 医博甲第1614号 Degree Names : 博士(生命科学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 亀田 ふみ Dissertation Number : 医博甲第1603号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Md. Istiaq Obaidi Tanvir Dissertation Number : 創科博甲第71号 Degree Names : 博士(学術) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 徳永 健志 Dissertation Number : 創科博甲第73号 Degree Names : 博士(医工学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 佐藤 達記 Dissertation Number : 創科博甲第72号 Degree Names : 博士(生命科学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Wu Qi Dissertation Number : 創科博甲第68号 Degree Names : 博士(工学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Katiyar Vaibhav Dissertation Number : 創科博甲第67号 Degree Names : 博士(工学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 福島 聖人 Dissertation Number : 創科博甲第66号 Degree Names : 博士(工学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 原田 美冬 Dissertation Number : 創科博甲第65号 Degree Names : 博士(工学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Do Thi Van Dissertation Number : 東アジア博甲第151号 Degree Names : 博士(学術) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Abdul Haris Setiawan Dissertation Number : 東アジア博甲第150号 Degree Names : 博士(学術) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 山口 文 Dissertation Number : 獣博甲第445号 Degree Names : 博士(獣医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 横江 祈 Dissertation Number : 獣博甲第444号 Degree Names : 博士(獣医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Ahmed Magdy Ahmed Khalil Dissertation Number : 獣博甲第443号 Degree Names : 博士(獣医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Aya Takahiro Dissertation Number : 獣博甲第442号 Degree Names : 博士(獣医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Iwanaga Tomoko Dissertation Number : 獣博乙第77号 Degree Names : 博士(獣医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Masuda Yasumitsu Dissertation Number : 獣博乙第76号 Degree Names : 博士(獣医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Tsuchida Katsuhiko Dissertation Number : 獣博乙第75号 Degree Names : 博士(獣医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 小林 利彦 Dissertation Number : 医博甲第1626号 Degree Names : 博士(医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 小林 由佳 Dissertation Number : 医博甲第1625号 Degree Names : 博士(医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 森 純一 Dissertation Number : 医博甲第1624号 Degree Names : 博士(医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 藤原 康弘 Dissertation Number : 医博甲第1623号 Degree Names : 博士(医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 小室 拓也 Dissertation Number : 医博甲第1622号 Degree Names : 博士(医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : Srivastava Pratibha Dissertation Number : 医博甲第1621号 Degree Names : 博士(医学) Date Granted : 2021-09-27 Degree Grantors : Yamaguchi University
Creators : 松本 奈実 Dissertation Number : 創科博乙第5号 Degree Names : 博士(生命科学) Date Granted : 2021-06-16 Degree Grantors : Yamaguchi University
Creators : 柳井 章江 Dissertation Number : 医博乙第1101号 Degree Names : 博士(医学) Date Granted : 2021-04-14 Degree Grantors : Yamaguchi University
Creators : 若杉 祥太 Dissertation Number : 東アジア博甲第149号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Yin Guopeng Dissertation Number : 東アジア博甲第148号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Wu Biao Dissertation Number : 東アジア博甲第147号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Putu Ayu Asty Senja Pratiwi Dissertation Number : 東アジア博甲第146号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Nyoman Satyayudha Dananjaya Dissertation Number : 東アジア博甲第145号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Guo Ruiqi Dissertation Number : 東アジア博甲第144号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Liu Chuanxia Dissertation Number : 東アジア博甲第143号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Meng Fanhong Dissertation Number : 東アジア博甲第142号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Jiang Yuxuan Dissertation Number : 東アジア博甲第141号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Feronika Heppy Sriherfyna Dissertation Number : 創科博甲第64号 Degree Names : 博士(生命科学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Nguyen Minh Thuy Dissertation Number : 創科博甲第63号 Degree Names : 博士(生命科学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : 寺田 直樹 Dissertation Number : 創科博甲第62号 Degree Names : 博士(学術) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : 太田 茂徳 Dissertation Number : 創科博甲第61号 Degree Names : 博士(生命科学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Jiang Junzhe Dissertation Number : 創科博甲第57号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Warunyuwong Passaworn Dissertation Number : 創科博甲第56号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Hasegawa Hiroaki Dissertation Number : 創科博甲第55号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Xu Zhisong Dissertation Number : 創科博甲第54号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Liu Yongsheng Dissertation Number : 創科博甲第53号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Mihara Takafumi Dissertation Number : 創科博甲第52号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : Fukushima Kuniharu Dissertation Number : 創科博甲第51号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : 川波 敏博 Dissertation Number : 創科博甲第50号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : 池田 茜 Dissertation Number : 創科博甲第49号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : 黒川 陽太 Dissertation Number : 創科博甲第48号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
Creators : 潟岡 陽 Dissertation Number : 創科博甲第47号 Degree Names : 博士(工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 児玉 省吾 Dissertation Number : 創科博甲第46号 Degree Names : 博士(理学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 酒井 治 Dissertation Number : 獣博甲第441号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : Kereilwe Onalenna Dissertation Number : 獣博甲第440号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 朱 夏希 Dissertation Number : 獣博甲第439号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 藏前 哲郎 Dissertation Number : 獣博甲第438号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 松川 拓哉 Dissertation Number : 獣博甲第437号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : Vu Minh Duc Dissertation Number : 獣博甲第436号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 松下 有美 Dissertation Number : 獣博甲第435号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 小林 俊夫 Dissertation Number : 獣博甲第434号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 網本 宏和 Dissertation Number : 獣博甲第433号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 一二三 達郎 Dissertation Number : 獣博乙第74号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 平山 祐理 Dissertation Number : 獣博乙第73号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 田島 茂行 Dissertation Number : 獣博乙第72号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 野村 基惟 Dissertation Number : 獣博乙第71号 Degree Names : 博士(獣医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 呂 博超 Dissertation Number : 医博乙第1100号 Degree Names : 博士(医工学) Date Granted : 2021-03-10 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 水谷 誠 Dissertation Number : 医博乙第1099号 Degree Names : 博士(医学) Date Granted : 2021-03-10 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 福田 謙 Dissertation Number : 医博乙第1098号 Degree Names : 博士(医学) Date Granted : 2021-03-10 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 宮成 健司 Dissertation Number : 医博乙第1097号 Degree Names : 博士(医学) Date Granted : 2021-03-10 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 金重 里沙 Dissertation Number : 医博甲第1620号 Degree Names : 博士(保健学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 伊藤 秀幸 Dissertation Number : 医博甲第1619号 Degree Names : 博士(保健学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 藤本 拓也 Dissertation Number : 医博甲第1616号 Degree Names : 博士(生命科学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 安田 真弓 Dissertation Number : 医博甲第1615号 Degree Names : 博士(生命科学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 松村 卓郎 Dissertation Number : 医博甲第1613号 Degree Names : 博士(医工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 宇都宮 利彰 Dissertation Number : 医博甲第1612号 Degree Names : 博士(医工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : Zhang Min Dissertation Number : 医博甲第1611号 Degree Names : 博士(医工学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 三原 由実子 Dissertation Number : 医博甲第1610号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 三好 啓介 Dissertation Number : 医博甲第1609号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 清水 宏輔 Dissertation Number : 医博甲第1608号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 安部 希 Dissertation Number : 医博甲第1607号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 藤山 雄一 Dissertation Number : 医博甲第1606号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 尾﨑 正和 Dissertation Number : 医博甲第1605号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 清平 美和 Dissertation Number : 医博甲第1604号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 有吉 彰子 Dissertation Number : 医博甲第1602号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 中山 祐起 Dissertation Number : 医博甲第1601号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 山田 健介 Dissertation Number : 医博甲第1600号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 坂田 恭史 Dissertation Number : 医博甲第1599号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 有吉 平 Dissertation Number : 医博甲第1598号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 永瀨 隆 Dissertation Number : 医博甲第1597号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 民谷 正輝 Dissertation Number : 医博甲第1596号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 河野 通暁 Dissertation Number : 医博甲第1595号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 梶井 俊郎 Dissertation Number : 医博甲第1594号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University
published_at 2021
Creators : 山内 由里佳 Dissertation Number : 医博甲第1593号 Degree Names : 博士(医学) Date Granted : 2021-03-16 Degree Grantors : Yamaguchi University