Abstract Recently, the renewable energy applications require the development of highly efficient DC-DC converters with higher voltage transfer gain capability to meet out the increased global power demand. The non-isolated DC-DC converters are preferred due to certain drawbacks of isolated structures. The traditional boost, SEPIC (single-ended primary-inductor converter), and CUK based DC-DC converter structures are modified with additional power switches, diodes, and passive components in order to achieve high voltage gain. However, the modified structures with large number of active and passive elements suffer from the drawbacks of increased complexity of control algorithm, reduced power conversion efficiency and higher converter cost. Hence, the researchers started to explore more on single power switch configured non-isolated high step-up DC-DC converter topologies using hybrid concept. The research work presented in this paper explores such a high gain single-switch hybrid DC-DC converter structure that combines the conventional SEPIC and CUK topologies to achieve enhanced voltage gain. In the proposed hybrid topology, the input current is continuous during all modes of converter operation. Moreover, the power switch experiences only low voltage-current stress. The closed-loop configuration of the proposed hybrid converter is implemented using classic PID (Proportional+Integral+Derivative) and FOPID (Fractional Order PID) controllers, and simulated in MATLAB / SIMULINK environment with duty ratio D = 0.7 for the power switch. The results demonstrate that the dynamic performance of the converter with FOPID controller is much improved in terms of reduced settling time, overshoot, and ripples for the output voltage, as compared to that with classic PID controller. Recently DCDC DC demand nonisolated non boost singleended ended primaryinductor primary inductor converter, , converter) switches diodes However algorithm cost Hence stepup step up concept singleswitch topology operation Moreover voltagecurrent stress closedloop closed loop Proportional+Integral+Derivative ProportionalIntegralDerivative Proportional Integral Derivative (Proportional+Integral+Derivative Fractional controllers 07 0 7 0. time overshoot

Abstract The use of different medical imaging modalities is becoming more frequently engaged in medical applications. This is mainly due to the expansion of different computational processing techniques, which facilitates not only diagnosis but also the follow-up care during medical treatments. The use of anatomical medical images, acquired by computerized tomography (CT) or magnetic resonance imaging (MRI), can be registered with the functional images of the human body, obtained by other exams, such as infrared thermography and scintigraphy. Therefore, this combination of different imaging modalities is representing an innovative perspective in medicine. The methodology presented in this paper allows the imaging fusion and achieves new 2D images, which merge different modalities altogether. The image data acquired are aligned based on the affine registration, where at least three corresponding pairs of points are selected in both images. For this purpose, it was developed a script in MATLAB®. This processing allows the combination of different pairs of images, as it also applies transparencies into them. The results obtained can grant the visualization of the thyroid and other structures of the human anatomy simultaneously into a single aligned image. In this research, the focus is to perform imaging fusion of anatomical and functional images. As example, the endocrinology case study proposed was applied for a Graves’ disease. This is a hyperthyroidism condition that causes the thyroid gland to hyper-uptakes related to the radiopharmaceuticals being used during the scintigraphy imaging. Additionally, this image was also blended with infrared thermography image, among other further combinations. Innovative results are presented based on the superposition/overlap of a pair of images, allowing physicians to evaluate both anatomical and functional images. Therefore, this paper presents the investigation of an endocrinological application improving diagnostic sensitivity. applications techniques followup follow up treatments CT (CT MRI, MRI , (MRI) body exams Therefore medicine D altogether registration purpose MATLAB MATLAB® them research example Graves disease hyperuptakes hyper uptakes Additionally combinations superpositionoverlap superposition overlap sensitivity (MRI

Abstract Postprandial lipemia (PPL) is associated with cardiovascular diseases, and it is assessed by the oral fat tolerance test (OFTT), which measures circulating triacylglycerol (TG). The objective is to propose an OFTT meal and to evaluate men’s and women’s perceptions, attitudes, sensory acceptability, and satiety. After overnight fasting, blood was collected (n=105), participants ingested the OFTT meal (75.4g lipids, 25.2g carbohydrates, and 10.8g protein/ 822.6 Kcal), and a new blood sample was collected 4h later. Fasting TG was 125.7±92.0 mg/dL (mean±SD) for men and 108.9±52.6 mg/dL for women. It increased by 97.7% and 86.7%, respectively, 4h after meal ingestion (P<0.0001), with no change in glucose. Participants felt satiated during the test. The meal was considered easy to eat and better tolerated by men. The median overall sensory acceptability was 7.0 [9-point hedonic scale]. The greatest fullness was seen in the first hour (magnitude satiety scale) and higher for women (P<0.01). The fatty meal proposed by the current study is adequate for the OFTT since it increased blood TG after 4h without hypoglycemia, it was easy to prepare, to eat, it kept participants satiated, and it displayed good perception, attitudes, and sensory acceptability. PPL (PPL diseases OFTT, , (OFTT) TG. . (TG) mens s womens perceptions attitudes fasting n=105, n105 n n=105 105 (n=105) 75.4g 754g g 75 4g lipids 252g 25 2g carbohydrates 108g 10 8g protein 8226 822 6 822. Kcal, Kcal Kcal) h later 1257920 125 7 92 0 125.7±92. mgdL mg dL mean±SD meanSD mean SD (mean±SD 1089526 108 9 52 108.9±52. 977 97 97.7 867 86 86.7% respectively P<0.0001, P00001 P P<0.0001 0001 (P<0.0001) glucose 70 7. 9point point scale. scale scale] magnitude P<0.01. P001 P<0.01 01 (P<0.01) hypoglycemia prepare perception (OFTT (TG n10 n=10 (n=105 2 1 82 125792 12 125.7±92 108952 5 108.9±52 97. 8 86.7 P0000 P<0.000 000 (P<0.0001 P00 P<0.0 (P<0.01 n1 n=1 (n=10 12579 125.7±9 10895 108.9±5 86. P000 P<0.00 00 (P<0.000 P0 P<0. (P<0.0 n= (n=1 1257 125.7± 1089 108.9± (P<0.00 P<0 (P<0. (n= 125.7 108.9 P< (P<0 (n 125. 108. (P< (P

Abstract The objective of this work was to evaluate the antimicrobial activity of actinomycetes isolated from soils in the Brazilian Amazon. Soil samples were collected for the isolation of actinomycetes. The actinomycetes were grown in submerged culture and the metabolites extracted in ethyl acetate. The well diffusion method was used to verify the antimicrobial activity of isolated actinomycetes against test microorganisms. The microdilution method was used to determine the minimum inhibitory concentration (MIC) of the extracts against the test microorganisms. Bioautography was used to verify the bioactive compound of the extracts. The biomass and active metabolites were determined. 219 actinomycetes were isolated from Amazonian soils, organized into 153 morphospecies. The most frequent genus were Streptomyces (48.85%) and Nocardia (20.09%). Of the 153 extracts analyzed, 12 (7.84%) had antimicrobial activity, 9 against Gram positive bacteria and 5 against Candida albicans. The MICs of the extracts with activity ranged from 15 to 250 ug/mL. The bioautography method showed that the extracts from Streptomyces 3323 HEX, Streptomyces 3098 DCM, Streptomyces 3333 DCM and Streptomyces 3333 EtOAc generally had an active substance, and that they are different from commercial antimicrobials produced by actinomycetes. Therefore, the actinomycetes from these areas can contribute to the discovery of new antibiotics and the fight against resistant pathogens. Amazon acetate microorganisms MIC (MIC determined 21 morphospecies 48.85% 4885 48 85 (48.85% 20.09%. 2009 20.09% . 20 09 (20.09%) analyzed 1 7.84% 784 7 84 (7.84% albicans 25 ugmL ug mL ug/mL 332 HEX 309 333 substance Therefore pathogens 2 48.85 488 4 8 (48.85 200 20.09 0 (20.09% 7.84 78 (7.84 33 30 48.8 (48.8 20.0 (20.09 7.8 (7.8 3 48. (48. 20. (20.0 7. (7. (48 (20. (7 (4 (20 ( (2

Abstract The work presents the study of synergistic effects in changing of 1) the diffuse reflectance spectra within 0.2-2.2 µm and 2) the solar absorptance of barium sulfate (nBaSO4) modified by silicon dioxide nanoparticles under separate and simultaneous irradiation with 30 keV electrons and 5 keV protons. The spectra were recorded before and after each irradiation period in vacuum at the site of irradiation (in situ). It was found that the change in optical properties of the powder under simultanous irradiation is larger in comparison with the total change under separate irradiation, with the values of electron fluence varying up to Fе=9•1016 cm-2 and the values of proton fluence varying up to Fр=6•1016 cm-2. The difference reaches 1.24 times. The work provides the description of formation and accumulation of absorption centers under separate and sumultaneous irradiation of nBaSO4. 1 0.22.2 0222 0.2 2.2 0 2 0.2-2. nBaSO4 nBaSO (nBaSO4 3 protons situ. situ . situ) Fе91016 Fе 9 1016 Fе=9•101 cm2 cm cm- Fр61016 Fр 6 Fр=6•101 cm2. 2. 124 24 1.2 times 22 0.22. 022 02 0. 0.2-2 (nBaSO Fе9101 101 Fе=9•10 Fр6101 Fр=6•10 12 1. 0.22 0.2- Fе910 10 Fе=9•1 Fр610 Fр=6•1 Fе91 Fе=9• Fр61 Fр=6• Fе9 Fе=9 Fр6 Fр=6 Fе= Fр=

Abstract Haemonchus contortus is an important parasite in sheep and the abuse of anti-helminthics has resulted in a rapid resistance. Little is known about the abomasal microbiota in sheep and the relation to local parasitism. This study aimed to identify bacteria in the abomasum of sheep, through the abomasal content, abomasal mucosa, and adult H. contortus parasites, in high and low parasitism. Eight sheep naturally infected with H. contortus were classified as high (n = 4) and low infection (n = 4). Samples of abomasal contents, abomasal mucosa, and adult H. contortus parasites were collected. Samples were pooled to form six groups, three in each level of parasitism: high infection/abomasal contents (HC), high infection/mucosa (HM), high infection/parasites (HP); low infection/abomasal contents (LC), low infection/mucosa (LM), and low infection/parasites (LP). Molecular identification of bacteria was performed by the amplification and sequencing of the 16S rRNA bacterial gene. A similar distribution of phyla was observed between pools HC/LC and HP/LP. For pools HM/LM, there was a significant difference (p = 0.01) in the proportion of phyla observed. The bacterial phyla predominant for libraries HC/LC were Firmicutes (82% and 62%) and Bacteroidetes (10.4% and 17.6%); for HM/LM, Firmicutes (76.9% and 56%) and Proteobacteria (10.2% and 38.4%); and for HP/LP, Proteobacteria (42.8% and 55%) and Firmicutes (31.6% and 40%). We observed differences about the samples analyzed, suggesting that there are various bacterial communities closely associated with the different materials analyzed, even from the close environment. antihelminthics anti helminthics resistance parasitism content mucosa H n 4 4. . collected groups infectionabomasal HC, HC , (HC) infectionmucosa HM, HM (HM) infectionparasites HP (HP) LC, LC (LC) LM, LM (LM) LP. LP (LP) S gene HCLC HPLP HP/LP HMLM HM/LM p 0.01 001 0 01 82% 82 (82 62% 62 10.4% 104 10 (10.4 17.6% 176 17 6 17.6%) 76.9% 769 76 9 (76.9 56% 56 10.2% 102 2 (10.2 38.4% 384 38 38.4%) 42.8% 428 42 8 (42.8 55% 55 31.6% 316 31 (31.6 40%. 40 40% 40%) analyzed environment (HC (HM (HP (LC (LM (LP 0.0 00 (8 10.4 1 (10. 17.6 76.9 7 (76. 5 10.2 38.4 3 42.8 (42. 31.6 (31. 0. ( 10. (10 17. 76. (76 38. 42. (42 31. (31 (1 (7 (4 (3

Abstract Pulmonary mesenchymal stem cells (PMSCs) are considered important in therapeutic and regenerative responses to lung injury. Despite extensive studies on the human, porcine, sheep, mouse and rat, it was found that PMSCs, which can been performed on goose, have not been well explored. Elucidation of cell differentiation, proliferation, which have not yet been well described, may promote the development of injured lung therapy. In our study, we firstly disclosed biological characteristics of spindle-shaped PMSCs from pulmonary tissues of goose embryos. Growth kinetics and counting kit-8 (CCK8) assay were employed for proliferative activity evaluation. When appropriately induced, PMSCs could differentiate into osteoblasts, adipocytes, chondrocytes, type II alveolar epithelial cells (ATII), which demonstrated that PMSCs have cross-embryonic layer differentiation potential. Besides, undifferentiated PMSCs consistently expressed MSCs associated phenotypes, such as CD166, CD90, CD44, CD29, CD71 and CD105, as identified by immunohistochemistry and RT-PCR. Karyotype analysis demonstrated that PMSCs possessed stable diploid karyotype. Collectively, we successfully established applicable methods for isolation, culture, identification and characterization of goose PMSCs which suggested a potential therapeutic use in regenerative therapy. (PMSCs injury human porcine sheep rat explored proliferation described therapy study spindleshaped spindle shaped embryos kit8 kit 8 kit- CCK8 CCK (CCK8 evaluation induced osteoblasts adipocytes chondrocytes ATII, ATII , (ATII) crossembryonic cross embryonic Besides phenotypes CD166 CD CD90 CD44 CD29 CD7 CD105 RTPCR. RTPCR RT PCR. PCR RT-PCR karyotype Collectively isolation culture (CCK (ATII CD16 CD9 CD4 CD2 CD10 CD1

Abstract This study investigated the development, validation and applicability of a high-pressure liquid chromatographic (HPLC) method for analysis of eprinomectin (EPR) in thermoresponsive bioadhesive systems aiming the future pour-on administration in animals. For the determination of the both two types of EPR (B1a and B1b), an HPLC method was developed and validated according to the international standardized guidelines. A factorial design 22 plus central point was utilized for the system design, rendering five formulations containing poloxamer 407, carbomer 974P, isopropanol and EPR. The formulations were evaluated as visual characteristics and sol-gel transition temperature (Tsol/gel). In addition, the applicability of HPLC method was evaluated by analysis of the selected formulations, analyzing the drug content and trapping efficiency. The HPLC method was selective, linear, homoscedasticity, precise, accurate and robust. Formulations F3 and F5 presented instability; however, F1, F2 and F4 were considered suitable. Tsol/gel of F1, F2 and F4 were compatible for use on the animal skin, and they displayed good recovery for EPR content and trapping efficiency. The proposed HPLC method for eprinomectin analysis was valid and could determine the eprinomectin content in systems F1, F2 and F4. Moreover, the methodology showed to be of importance for EPR analysis in thermoresponsive systems, displaying applicability. development highpressure high pressure (HPLC (EPR pouron pour animals B1a Ba B B1b, B1b Bb , b B1b) guidelines 2 407 974P P solgel sol gel Tsol/gel. Tsolgel . Tsol (Tsol/gel) addition efficiency selective linear homoscedasticity precise robust F instability however F1 suitable skin Moreover 40 (Tsol/gel 4

Abstract The study aimed to optimize microwave-assisted extraction (MAE) of phenolics from gilaburu fruit (GF) with the response surface method (RSM). GF was used to produce two functional products: The first one was encapsulated hydrogel beads GF (eGF) using ionic gelation and chitosan system, and the second one was a sugar-free functional beverage (FB) enriched with black carrot, riboflavin, and ascorbic acid. The optimal extraction conditions were determined to be 60 °C for temperature, 5 minutes for time, and 4.18 g/100 mL for solid/solvent ratio based on the highest total phenolic content (TPC) and extraction yield. The model was found to be sufficient for the successful prediction of experimental results. Chlorogenic acid was a major compound of GF, eGF, and sugar-free FB. The inhibition of α-glucosidase activity (%) for GF, eGF, and sugar-free FB was detected as 54, 92, and 77, respectively. These findings revealed that utilizing MAE may shorten the extraction of GF phenolics with low energy and maximum efficiency. Furthermore, GF, eGF, and sugar-free FB have promising antioxidant and antidiabetic activities due to their rich bioactive and fortified compounds. They may be regarded excellent sources of compounds for the functional food industry. Besides, they can be used to provide health benefits to diabetic patients and future consumers. microwaveassisted microwave assisted (MAE (GF RSM. RSM . (RSM) products eGF (eGF system sugarfree sugar free (FB carrot riboflavin 6 C temperature time 418 4 18 4.1 g100 g 100 g/10 solidsolvent solid solvent TPC (TPC yield results αglucosidase α glucosidase % (% 54 92 77 respectively efficiency Furthermore industry Besides consumers (RSM 41 1 4. g10 10 g/1 ( 9 7 g1 g/

Abstract Natural compounds are possible alternatives for wound treatment, including Ilex paraguariensis, a plant with several pharmacological actions already reported, including anti-inflammatory, antibacterial, antioxidant, and healing activities. Therefore, this study aimed to perform a technological and scientific mapping of Ilex paraguariensis used for healing and/or analgesic purposes. Technological prospection was carried out in the Questel-Orbit system, while the scientific research was carried out in PubMed, Web of Science, and SCOPUS databases. The terms “Ilex paraguariensis”, “Yerba-mate”, “Painkiller”, “Analgesic”, “Wound”, “Healing”, and “Scar” were combined using Boolean operators “OR” and “AND”. The technological prospection resulted in 164 patents found initially. After sorting the abstracts, five patents were read entirely, of which three were selected. Such selected patents report using Ilex paraguariensis for analgesics, wound healing, personal care, and pharmaceutical applications. In addition, the scientific research showed a small number of studies aimed at using Ilex paraguariensis for healing and/or analgesic purposes. Among the 26 articles initially found, only 5 met the inclusion requirements. Scientific studies demonstrate that Ilex paraguariensis is used as an extract or drink, presenting promising results regarding analgesia, inflammation, and wound healing, using in vitro or in vivo models. Despite the potential of Ilex paraguariensis in skin wound therapy, our study demonstrates that few patents and scientific studies explore Ilex paraguariensis for this purpose. This fact may be an incentive for the development of further studies employing Ilex paraguariensis in cutaneous wound management and the pain associated with them. treatment reported antiinflammatory, antiinflammatory anti inflammatory, inflammatory anti-inflammatory antibacterial antioxidant activities Therefore andor purposes QuestelOrbit Questel Orbit system PubMed Science databases , paraguariensis” Yerbamate, Yerbamate Yerba mate “Yerba-mate” Painkiller, Painkiller “Painkiller” Analgesic, Analgesic “Analgesic” Wound, Wound “Wound” Healing, Healing “Healing” Scar “Scar OR “OR AND. AND . “AND” 16 abstracts entirely analgesics care applications addition 2 requirements drink analgesia inflammation models therapy purpose them “Yerba-mate “Painkiller “Analgesic “Wound “Healing “AND 1

Abstract Biofilm degradation with amylase is one of the effective ways for controlling bacterial biofilm. Although amylase can be obtained from several sources, microbial amylase is preferred. Information of the new source of amylase and its activity is therefore fundamental for new applications and enzyme technology advancement. In this study, amylase was extracted from bacteria isolated from soil in Nakhon Ratchasima, Thailand. Two different soil isolates AMPB10 and AMPB31 were selected for the purification of amylase; they were identified as Bacillus tequilensis and Bacillus subtilis, respectively. The efficiencies of purified amylase in degradation of biofilm of Staphylococcus aureus TISTR 1466, Staphylococcus epidermidis TISTR 518, and Pseudomonas aeruginosa TISTRA 781 biofilms were measured. The amylase from AMPB10 and AMPB31 degraded 70.9% and 66.1% of S. aureus biofilm, 59.6% and 64.1% of S. epidermidis biofilm, and 57.8% and 60.1% of P. aeruginosa biofilm, respectively. Amylase produced from AMPB10 had greater biofilm degrading activity on S. aureus than AMPB31, while amylase from AMPB31 was more effective against P. aeruginosa and S. epidermidis at high concentration. However, AMPB10 amylase showed stronger degrading activity on P. aeruginosa at intermediate concentration. To the best of our knowledge, this is the first report demonstrating a successful use of B. tequilensis amylase to degrade the bacterial biofilm. sources preferred advancement study Ratchasima Thailand AMPB AMPB1 AMPB3 subtilis respectively 1466 518 78 measured 709 70 9 70.9 661 66 1 66.1 S 596 59 6 59.6 641 64 64.1 578 57 8 57.8 601 60 60.1 P concentration However knowledge B 146 51 7 70. 66. 5 59. 64. 57. 60. 14

Abstract Chicken feathers that make up 4-6% of total weight of chicken are most influential waste by-product from poultry farm and slaughter. Annual worldwide generation of several tons of feather biomass raise solid waste management concerns. In environmental perspective, the burning or dumping in landfills are not promising approaches. Keratin, tough and fibrous protein, is an important polymer abundant in chicken feathers. The present study aimed at extraction, characterization of keratin from chicken feather waste. Moreover, this study was performed to evaluate the adsorption potential of keratin adsorbent for the treatment of heavy metal contaminated synthetic water. Feathers after collection was treated with sodium sulfide for the extraction of valuable keratin protein. The extracted keratin was dialyzed using cellulose membrane and freeze dried. Adsorption of metals (Zn and Cu) onto extracted keratin has been studied using batch-adsorption studies. The concentration of obtained protein from chicken feather was computed to be 0.95mg/mL. Functional groups of amide I, amide II, tryptophan, stretching C-O and bond of C-N were confirmed through FTIR. XRD analysis confirmed sem-crystalline structure of keratin whereas SEM analysis showed roughness on surface of keratin due to alkaline hydrolysis. Freundlich isotherm identified ideal parameters for removal of zinc and copper from water as eight hours of contact time, temperature of 250C. With regard to pH, the optimum level was 5.0 and 4.5 for zinc and copper respectively. After treatment with extracted keratin, the removal of 52% zinc and 69% copper from the synthetic water was observed. Results clearly indicate the potential of keratin from chicken feather for effective, economic and eco-friendly treatment of contaminated water. 46% 46 4 6% 6 4-6 byproduct by product slaughter concerns perspective approaches Keratin Moreover dried Zn Cu batchadsorption batch studies 095mgmL mgmL 0 95mg mL mg 0.95mg/mL I II tryptophan CO C O CN N FTIR semcrystalline sem crystalline hydrolysis time 250C pH 50 5 5. 45 4. respectively 52 69 observed effective ecofriendly eco friendly 4-

Abstract Antimicrobial peptides (AMPs) are small groups of proteins obtained from plants and animals. AMPs participate in the immune response, as they provide a quick line of defense against infections, while others may be related to the plant's defense against certain pests and pathogens. The objective of the present study was to evaluate an inhibitory activity of fractions obtained from immature fruits of Capsicum chinense Jacq. (accession UENF 1755) on trypsin, chymotrypsin and α-amylase families and on yeast growth. The peptides were obtained from the immature fruits using saline extraction. The extract was semi-purified by DEAE-Sepharose chromatography into two fractions: D1 (non-retained fraction) and D2 (retained fraction), and analyzed using SDS-tricine-gel electrophoresis. The antifungal activity of these fractions was tested on Candida albicans, Candida buinensis, Candida parapsilosis and Candida tropicalis. To elucidate the antimicrobial mechanism of these fractions, membrane permeabilization and endogenous reactive oxygen species (ROS) induction assays were performed. The fractions were also tested for inhibition of trypsin, chymotrypsin and α-amylase enzymes. The two fractions, D1 and D2, inhibited yeast growth at a concentration of 100 μg.mL-1, promoted membrane permeabilization and caused an increase in the induction of endogenous ROS in C. albicans and C. tropicalis. Both these fractions were able to inhibit trypsin and α-amylase enzyme, while only D1 inhibited chymotrypsin activity. Thus, D1 was found to possess a greater antifungal and enzymatic inhibition activity on trypsin, chymotrypsin and α-amylase. (AMPs animals response infections plant s pathogens Jacq accession 1755 αamylase α amylase extraction semipurified semi purified DEAESepharose DEAE Sepharose D nonretained non retained fraction fraction, , SDStricinegel SDS tricine gel electrophoresis buinensis tropicalis (ROS performed enzymes 10 μg.mL1, μgmL1 μgmL μg.mL 1, μg mL 1 μg.mL-1 C enzyme Thus αamylase. amylase. 175 mL1 μg.mL1 μg.mL- 17

Abstract We used mitoquinone (MitoQ), a mitochondria-targeted antioxidant, alone and combined with moderate ET (endurance training) in male patients with hypertension to determine their effects on blood pressure (BP), cardiac function, TOS (total oxidant status), and serum miR-145, miR-133a, and hs-CRP levels. Moderately HTN patients participated in groups of Placebo, MitoQ, ET, and MitoQ+ET. Serum was used to assess miR-133a, miR-145, TOS, and hs-CRP, and echocardiography was performed to assess cardiac performance. In the MitoQ+ET group, BP, left ventricular hypertrophy, and cardiac filling pressure decreased. Ejection fraction did not change significantly. Both MitoQ+ET and ET significantly reduced TOS and hs-CRP and significantly increased miR-145 and miR-133a in serum. Overall anti-inflammatory and antioxidant properties of ET and MitoQ were associated with miR-145 and miR-133a increase, and with cardiac function and BP improvements in patients with HTN. MitoQ+ET may potentially be used as an alternative therapy in HTN treatment. , (MitoQ) mitochondriatargeted mitochondria targeted endurance training (BP) total status, status status) miR145, miR145 miR 145, 145 miR133a, miR133a miRa 133a, 133a hsCRP hs CRP levels Placebo MitoQET hsCRP, CRP, performance group hypertrophy decreased miR-14 antiinflammatory anti inflammatory increase treatment (MitoQ (BP miR14 14 miR-1 miR1 1 miR-

Abstract The Cananéia-Iguape Estuarine-Lagoon Complex (CIELC) is an area of low anthropogenic impact; however, it is not completely isolated from human pressure, particularly in the northern sector. Considering this scenario, this study aims to identify the health of two catfish species Cathorops spixii and Genidens Genidens taking into account the hepatic pathological analysis and the accumulation of iron in the form of hemosiderin considering a temporal approach. Biometric measurements were taken, and the condition factor was obtained. The main liver alterations found in the two catfish species were necrosis, inflammation, hemorrhage, cytoplasmatic vacuolization, and pyknosis nuclei. Necrosis (2014: 57%; 2017: 71 %; and 2018: 20%) and pyknosis nuclei (2014: 86%; 2017: 43%; and 2018: 40%) was the most frequent alteration. However, cytoplasmatic vacuolization was the only change that was statistically significant over time. Regarding hemosiderin, catfish livers mostly presented a minimum degree of accumulation, which represents healthy results. Finally, histopathological observations in C. spixii and G. genidens catfish tissues are confirmed to be an efficient tool to evaluate the health of these fish and the changes induced by environmental conditions over the years. However, the absence of significant differences on the histopathological changes over time can suggest a physiological equilibrium of these fish in the CIELC. CananéiaIguape Cananéia Iguape EstuarineLagoon Estuarine Lagoon CIELC (CIELC impact however pressure sector scenario approach taken obtained necrosis inflammation hemorrhage 2014 (2014 57% 57 2017 7 % 2018 20% 20 86% 86 43% 43 40% 40 alteration However results Finally C G years 201 (201 5 2 8 4 (20 (2 (