cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2021
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the iron is appearing, according to Alan Alford, in the Pyramid Texts. The iron of Tutankhamun’s dagger and of Kamil Crater will be discussed too. Then, we will consider China and in particular the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns meteorites, it is possible that, as in ancient Egypt, people of Neolithic China had considered the stars as the source of meteoric iron.
 Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - Shafts and Heaven’s Doors - Iron throne and sceptre - Glittering in the nightly sky - The second Khufu solar boat – Black-market and Kamil Crater - Other non destructive analyses – The necklace from Gerzeh - Origin of the words - From Egypt to China - Meteoric Iron and Amulets - Shang and Zhou - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture - The C-dragon - Rituals
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2021
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the iron is appearing, according to Alan Alford, in the Pyramid Texts. The iron of Tutankhamun’s dagger and of Kamil Crater will be discussed too. Then, we will consider China and in particular the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns meteorites, it is possible that, as in ancient Egypt, people of Neolithic China had considered the stars as the source of meteoric iron.
 Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - Shafts and Heaven’s Doors - Iron throne and sceptre - From the Guide of British Museum (1904) – Horus - Glittering in the nightly sky - The Bull’s Leg - The second Khufu solar boat – Black-market and Kamil Crater - Other non destructive analyses – The necklace from Gerzeh - Origin of the words - From Egypt to China - Meteoric Iron and Amulets - Shang and Zhou - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture - The C-dragon – Rituals – Additional Information
sj-pdf-1-opp-10.1177_1078155220973737 - Supplemental material for Glasdegib plus low-dose cytarabine for acute myeloid leukemia: Practical considerations from advanced practitioners and pharmacists
Creators: name: Relias, Valerie
name: McBride, Ali
name: Newman, Matthew J
name: Paul, Shilpa
name: Seyyedeh Saneeymehri
name: Genique Stanislaus
name: Tobin, Jennifer
name: Hoang, Caroline J
name: Ryan, Joanne C
name: Galinsky, Ilene
Publisher: name: SAGE Journals
Year: 2020
Subjects: subject: 111299 Oncology and Carcinogenesis not elsewhere classified
subject: FOS: Clinical medicine
subject: 111599 Pharmacology and Pharmaceutical Sciences not elsewhere classified

description: Supplemental material, sj-pdf-1-opp-10.1177_1078155220973737 for Glasdegib plus low-dose cytarabine for acute myeloid leukemia: Practical considerations from advanced practitioners and pharmacists by Valerie Relias, Ali McBride, Matthew J Newman, Shilpa Paul, Seyyedeh Saneeymehri, Genique Stanislaus, Jennifer Tobin, Caroline J Hoang, Joanne C Ryan and Ilene Galinsky in Journal of Oncology Pharmacy Practice
Chrysin-functionalized gold nanoparticles and paclitaxel exhibit synergistic impact on lung cancer cell lines via regulating the AKT/PPAR-ϒ/β-catenin pathway
Creators: name: Roy, Saheli
name: Kant, Shashi
name: Saha, Krishna Das
name: Jha, Tarun
Publisher: name: Taylor & Francis
Year: 2024
Subjects: subject: Biochemistry
subject: Space Science
subject: Medicine
subject: Pharmacology
subject: Chemical Sciences not elsewhere classified
subject: Biological Sciences not elsewhere classified
subject: Cancer
subject: Hematology
subject: Infectious Diseases
subject: FOS: Health sciences

description: Lung cancer has become progressively widespread, posing a challenge to traditional chemotherapeutic drugs such as platinum compounds and paclitaxel (PTX) owing to growing resistance. Along with that, the chemotherapeutic drugs infer major side effects. The usage of natural compounds as chemosensitizers to boost the efficacy of these chemotherapeutic drugs and minimizing their toxicity is a plausible approach. In our investigation, we employed PTX as the standard chemotherapeutic agent and utilized chrysin-functionalized gold nanoparticles (CHR-AuNPs) to augment its cytotoxicity. Gold nanoparticles were chosen for their inherent cytotoxic properties and ability to enhance chrysin’s bioavailability and solubility. Characterization of CHR-AuNP revealed spherical nanoparticles within the nano-size range (35–70 nm) with a stable negative zeta potential of −22 mV, confirmed by physicochemical analyses including UV–visible spectroscopy, Fourier transform infrared (FTIR) spectral analysis, and visual observation of the wine-red coloration. 3-(4,5-Dimethylthiazol-2-yl)-2,5-diphenyltetrazolium bromide (MTT) assay cytotoxicity studies demonstrated CHR-AuNP’s superior efficacy compared to CHR alone, with synergistic effects observed in combination with PTX, validated by Compusyn software. Morphological changes indicative of apoptosis were more pronounced with combined treatment, corroborated by acridine orange/ethidium bromide (AO/EtBr) staining and Annexin V assays. Furthermore, the combination treatment amplified reactive oxygen species (ROS) production and destabilized mitochondrial membrane potential, while altering the expression of pro-apoptotic and anti-apoptotic proteins. Exploring the mechanistic pathways, we found that the drugs upregulated PPAR-γ expression while suppressing Akt and overexpressing PTEN, thereby impeding the Wnt/β-catenin pathway commonly dysregulated in lung cancer. This highlights the potential of low-dose combination therapy with PTX and CHR-AuNP as a promising strategy for addressing lung cancer’s challenges.
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2021
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the iron is appearing, according to Alan Alford, in the Pyramid Texts. The iron of Tutankhamun’s dagger and of Kamil Crater will be discussed too. Then, we will consider China and in particular the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns meteorites, it is possible that, as in ancient Egypt, people of Neolithic China had considered the stars as the source of meteoric iron.
 Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - Shafts and Heaven’s Doors - Iron throne and sceptre - From the Guide of British Museum (1904) – Horus - Glittering in the nightly sky - The Bull’s Leg - The second Khufu solar boat – Black-market and Kamil Crater - Other non destructive analyses – The necklace from Gerzeh - Origin of the words – Iron or copper? - From Egypt to China - Meteoric Iron and Amulets - Shang and Zhou - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture - The C-dragon – Rituals – Stone and Fire – Additional Information: Latin literature about meteorites - Sacred meteorites - “Black iron of heaven from sky” in the treasure of a Hittite king - Artifact of Meteoric Iron - About Copper in Egypt – Sword and ring from celestial iron (J. R. R. Tolkien) - Meteoric iron talismans in Shangshung - An expert’s guide to meteorites
E02795: Greek painted inscription on a wooden beam, allegedly from a church of a Saint *Konstantinos (just possibly Constantine, emperor, S00186). Found in the Al-Aqsa mosque at Jerusalem (Roman province of Palaestina I). Probably late antique.
Creators: name: Pnowakowski
Publisher: name: University of Oxford
Year: 2017
Subjects: History

description: Di Segni's reading:

ἔκαμεν ὡ Ἐλίας τοῦ Γεβαλίνου
ἐς κερὸν πίνας τρῖς κάβος [- - -]
τοῦ ὥλο κό[σμου - - -]
ΤΙΝΟΥ [- - -]

2-4. perhaps τρὶς κάβος [- - -] τοῦ ὥλο κό[σμου - - - τοῦ ἁγίου Κονσταν]τίνου Di Segni, τρῖς κάβος τοῦ λοκοτίνου Schwabe

'Elias from Gebalene made (this) at the time of hunger (when) thrice a measure of the whole world [perished (?) - - - (Church of Saint) Konstan]tinos (?).'

Text: CIIP 1/2, no. 1021. Translation: L. Di Segni, slightly modified.

Feissel's reading:

ἔκαμεν ὡ Ἐλίας τοῦ Γεβαλινοῦ
ἐς κερὸν πίνας τρῖς κάβος
τοῦ ὥλοκο-
τίνου

'Elias, son of Gebalinos, completed this work in the time of famine when three kaboi cost one solidus.'

Text: BE (2012), 473. Translation: P. Nowakowski.
In vitro Accuracy Assessment of Electronic Apex Locator: RSUpex
Creators: name: Vajrabhaya, La-Ongthong
name: Wangpitukwong, Kemachart
name: Laongnualpanich, Khuanchanok
name: Aroonraj, Pitchayapa
name: Ramayasinpong, Kanyanun
name: Yiampanomkun, Thanabat
name: Watcharapreechawong, Pimtida
name: Boonyakul, Sani
name: Kaewgun, Thawat
name: Korsuwannawong, Suwanna
Publisher: name: The Dental Association of Thailand
Year: 2017
Subjects: Alginate model, Electronic apex locators, Root ZX, RSUpex

description: Journal of The Dental Association of Thailand, 67, 2
Additional file 5 of PICALO: principal interaction component analysis for the identification of discrete technical, cell-type, and environmental factors that mediate eQTLs
Creators: name: Vochteloo, Martijn
name: Deelen, Patrick
name: Vink, Britt
name: Tsai, Ellen A.
name: Runz, Heiko
name: Andreu-Sánchez, Sergio
name: Fu, Jingyuan
name: Zhernakova, Alexandra
name: Westra, Harm-Jan
name: Franke, Lude
Publisher: name: figshare
Year: 2024
Subjects: subject: Genetics
subject: FOS: Biological sciences

description: Additional file 5. Supplementary note.
sj-docx-1-mdm-10.1177_0272989X20979108 – Supplemental material for Association between Breast Cancer Screening Intention and Behavior in the Context of Screening Cessation in Older Women
Creators: name: Schoenborn, Nancy L.
name: Adlin Pinheiro
name: Kistler, Christine E.
name: Schonberg, Mara A.
Publisher: name: SAGE Journals
Year: 2021
Subjects: subject: 111708 Health and Community Services
subject: FOS: Health sciences
subject: 111799 Public Health and Health Services not elsewhere classified
subject: 160807 Sociological Methodology and Research Methods
subject: FOS: Sociology

description: Supplemental material, sj-docx-1-mdm-10.1177_0272989X20979108 for Association between Breast Cancer Screening Intention and Behavior in the Context of Screening Cessation in Older Women by Nancy L. Schoenborn, Adlin Pinheiro, Christine E. Kistler and Mara A. Schonberg in Medical Decision Making
sj-docx-1-mdm-10.1177_0272989X20982533 – Supplemental material for Differences in Implementation Outcomes of a Shared Decision-Making Program for Men with Prostate Cancer between an Academic Medical Center and County Health Care System
Creators: name: Li, Kevin D.
name: Saigal, Christopher S.
name: Tandel, Megha D.
name: Kwan, Lorna
name: Inkelas, Moira
name: Alden, Dana L.
name: Frencher, Stanley K.
name: Gollapudi, Kiran
name: Blumberg, Jeremy
name: Nabhani, Jamal
name: Bergman, Jonathan
Publisher: name: SAGE Journals
Year: 2021
Subjects: subject: 111708 Health and Community Services
subject: FOS: Health sciences
subject: 111799 Public Health and Health Services not elsewhere classified
subject: 160807 Sociological Methodology and Research Methods
subject: FOS: Sociology

description: Supplemental material, sj-docx-1-mdm-10.1177_0272989X20982533 for Differences in Implementation Outcomes of a Shared Decision-Making Program for Men with Prostate Cancer between an Academic Medical Center and County Health Care System by Kevin D. Li, Christopher S. Saigal, Megha D. Tandel, Lorna Kwan, Moira Inkelas, Dana L. Alden, Stanley K. Frencher, Kiran Gollapudi, Jeremy Blumberg, Jamal Nabhani and Jonathan Bergman in Medical Decision Making
Benchmarking A Pool-Based Execution With Ga And Pso Workers   On The Bbob Noiseless Testbed
Creators: name: García-Valdez, Mario
name: Merelo-Guervos, Juan-J
Publisher: name: Zenodo
Year: 2017
Subjects: Benchmarking, Black-box optimization, Nature-inspired metaheuristics, Distributed Evolutionary Algorithms

description: In this work, we  evaluate an asynchronous population-based algorithms following a pool-based approach. In Pool-based algorithms a collection of heterogeneous worker processes collaborate through a shared population repository. In particular we followed the EvoSpace approach in which workers asynchronously interact with a population pool by taking samples of the population to perform a local search on the samples, to then return newly evolved solutions back to the pool. We benchmark  against the BBOB noiseless testbed a hybrid algorithm mixing two kinds or workers:  PSO  and GA. The results of the asynchronous execution were transformed into files compatible with the Comparing Continuous Optimizer platform. We find that an Pool-based approach outperforms the canonical GA and PSO algorithms in nearly all cases. The results from these tests suggest that a Pool Based approach can be used to implement hybrid algorithms that can improve the performance of single population-based optimization algorithms.
description: This are the files reporting the experiment.
E02796: Greek painted inscriptions on pottery fragments, just possibly mentioning 'alms of the God-Bearer', i.e. *Mary (Mother of Christ, S00033). Found at the Nea Church at Jerusalem (Roman province of Palaestina I). 6th c. or later.
Creators: name: Pnowakowski
Publisher: name: University of Oxford
Year: 2017
Subjects: History

description: Fragment 1:

Yellowish-brown fragment of a jar. Dimensions not specified. The inscription is in red ink. Line 2 could include a cross. Found in the north apse of the Nea Church.

ΡΘ
[- - -]

Di Segni's interpretation:

ῥ(όγα) Θ(εοτόκου) (?) [+ (?)]

'Alms of the God-Bearer.'

Fragment 2:

Greyish-brown fragment of an amphora. The inscription is in red ink. Letter height c. 0.018 m. Other dimensions not specified. Found in front of the Nea Church.

ΡΘ
ΡΘ

Di Segni's interpretation:

ῥ(όγα) Θ(εοτόκου), ῥ(όγα) Θ(εοτόκου)

'Alms of the God-Bearer. Alms of the God-Bearer.'

Text: CIIP 1/2, no. 1047-1048. Translation: L. Di Segni, lightly adapted.
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2021
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the iron is appearing, according to Alan Alford, in the Pyramid Texts. The iron of Tutankhamun’s dagger and of Kamil Crater will be discussed too. Then, we will consider China and in particular the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns meteorites, it is possible that, as in ancient Egypt, people of Neolithic China had considered the stars as the source of meteoric iron.
 Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - Shafts and Heaven’s Doors - Iron throne and sceptre - From the Guide of British Museum (1904) – Horus - Glittering in the nightly sky - The Bull’s Leg - The metal of Seth - ‘Opening of the Mouth and Eyes’ ritual - The second Khufu solar boat – Black-market and Kamil Crater - Other non destructive analyses – The necklace from Gerzeh - Origin of the words – Iron or copper? - From Egypt to China - Meteoric Iron and Amulets - Shang and Zhou - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture - The C-dragon – Rituals – Stone and Fire – Additional Information: Latin literature about meteorites - Sacred meteorites - “Black iron of heaven from sky” in the treasure of a Hittite king - Artifact of Meteoric Iron - About Copper in Egypt – Sword and ring from celestial iron (J. R. R. Tolkien) - Meteoric iron talismans in Shangshung - An expert’s guide to meteorites
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2021
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the iron is appearing, according to Alan Alford, in the Pyramid Texts. It is also told that of iron was made one of the ritual tools using during the “opening of the mouth ceremony”, an ancient Egyptian ritual described in funerary texts. One of the shapes of this tool resembled the asterism of the circumpolar stars of the Big Dipper. The iron of Tutankhamun’s dagger and of Kamil Crater will be discussed too. Then, we will consider China and in particular the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns meteorites, it is possible that, as in ancient Egypt, people of Neolithic China had considered the stars as the source of meteoric iron.

 Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - In the secret repository - Whatever it is - Caliph Al Ma’mun and his father - Shafts and Heaven’s Doors - Iron throne and sceptre – Charlemagne – The Pindar’s iron throne – During the Early Iron Age - From the Guide of British Museum (1904) – Horus - Glittering in the nightly sky - The Bull’s Leg - The metal of Seth - ‘Opening of the Mouth and Eyes’ ritual -The second Khufu solar boat – Black-market and Kamil Crater - Other non destructive analyses – The necklace from Gerzeh - Origin of the words – Iron or copper? - Emperor Jahangir's meteorite blade - From Egypt to China - Meteoric Iron and Amulets - Shang and Zhou - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture - The C-dragon – Rituals – Stone and Fire – Additional Information: Latin literature about meteorites - Sacred meteorites - “Black iron of heaven from sky” in the treasure of a Hittite king - Artifact of Meteoric Iron - About Copper in Egypt – Sword and ring from celestial iron (J. R. R. Tolkien) - Meteoric iron talismans in Shangshung - An expert’s guide to meteorites
QbD-employed formulation and characterization of sacubitril-loaded solid lipid nanoparticles: a step forward in nanotechnology-based delivery for hypertension
Creators: name: Salve, Preeti
name: Khurpe, Shreyansh
name: Shirke, Pranay S.
name: Gawas, Nikhil
name: Gurav, Shailendra
Publisher: name: Taylor & Francis
Year: 2025
Subjects: Biochemistry
Space Science
Pharmacology
Biotechnology
Chemical Sciences not elsewhere classified
Biological Sciences not elsewhere classified

description: To develop and characterize sacubitril-loaded solid lipid nanoparticles (SLNs) using a QbD approach to enhance stability, bioavailability, and therapeutic efficacy for improved hypertension management. SAC-loaded SLNs were formulated using a central composite quadratic model within the QbD framework. Characterization techniques, including transmission electron microscopy, differential scanning calorimetry, and Fourier-transform infrared spectroscopy, confirmed particle morphology, crystallinity, and structural integrity. The in vitro antihypertensive activity was evaluated using human aortic smooth muscle cells (HASMCs) via MTT assay, assessing cell viability and inhibition rates. A novel reverse-phase high-performance liquid chromatography (RP-HPLC) method was developed for quality control, utilizing a C18 column with a methanol (80:20 v/v) mobile phase. The optimized formulation exhibited particle size of 184 nm, zeta potential of −28 mV, high entrapment efficiency (93.83%), and sustained drug release (86.23% over 24 h). In vitro studies demonstrated the significant efficacy of SAC-loaded SLNs in inhibiting hypertension-induced HASMCs, achieving a 61.97% inhibition rate. Comparative analysis showed the superior performance of SAC-SLNs over standard SAC, highlighting their potential as an advanced treatment option in cardiovascular care The RP-HPLC method showed excellent sensitivity (LOD of 0.96 µg/mL; LOQ of 2.93 µg/mL), linearity (R2 = 0.998), ensuring robust quality control. SLNs are a promising platform for enhancing SAC delivery and improving cardiovascular outcomes, addressing the limitations of traditional formulations to advance drug therapy in critical healthcare.
E02797: Greek inscription on a fragment of a bread stamp, probably referring to three saints whose name are lost, differently identified by modern editors. Found at Mount Zion in Jerusalem (Roman province of Palaestina I). Probably late antique.
Creators: name: Bryan
Publisher: name: University of Oxford
Year: 2017
Subjects: History

description: Fragment from the edge of a moulded bread stamp. The inscription runs in a band around the stamp, in mirror writing (but with reversed nu). Below the inscription there is a row of small holes. The centre of the stamp was probably decorated with a depiction of the three bishops, as suggested by the remnants of folds of a mantle, still visible on the fragment.

The fragment was found in the debris of a church, on the estate of the Augustine Fathers of the Assumption (St. Peter in Gallicantu). First published by Jean Germer-Durand in 1906 with a photograph. Later re-published by a number of editors. We follow the edition by Leah Di Segni in the Corpus Inscriptionum Iudaeae/Palaestinae (2012).

Text:

[- - -]ΤΩΝΤΡΙΟΝ (sprig) [- - -]

Di Segni's interpretation:

[εὐλογία (?)] τῶν τριν [- - -]

'The blessing of the three [- - -].'

or: [εὐλογία τοῦ Κ(υρίο)υ μεθ' ἡμῶν καὶ (?)] τῶν τριν [- - -]

'[The blessing of the Lord (is) with us and (?)] the three [- - -].'

Germer-Durand and Thomsen's interpretation:

τῶν τριῶν [ἱεράρχων]

'Of the three [hierarchs].'

Text: CIIP 1/2, no. 1076.
Supplementary Material 1 - Supplemental material for The Protective Effects of Orthosiphon stamineus Extract Against Intestinal Barrier Injury in High-Fat Diet-Induced Mouse and Oxidative Stress Cell Models
Creators: name: Cai, Xuan
name: Lihui Zhu
name: Xiaofeng Yin
name: Huiqin Xue
name: Changfeng Xiao
name: Yiqiong Hang
name: Jianxiong Xu
name: Yonghong Lu
Publisher: name: SAGE Journals
Year: 2021
Subjects: subject: 111599 Pharmacology and Pharmaceutical Sciences not elsewhere classified
subject: FOS: Clinical medicine

description: Supplemental material, Supplementary Material 1, for The Protective Effects of Orthosiphon stamineus Extract Against Intestinal Barrier Injury in High-Fat Diet-Induced Mouse and Oxidative Stress Cell Models by Xuan Cai, Lihui Zhu, Xiaofeng Yin, Huiqin Xue, Changfeng Xiao, Yiqiong Hang, Jianxiong Xu and Yonghong Lu in Natural Product Communications
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2021
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the iron is appearing, according to Alan Alford, in the Pyramid Texts. It is also told that of iron was made one of the ritual tools using during the “opening of the mouth ceremony”, an ancient Egyptian ritual described in funerary texts. One of the shapes of this tool resembled the asterism of the circumpolar stars of the Big Dipper. The iron of Tutankhamun’s dagger and of Kamil Crater will be discussed too. Then, we will consider China and in particular the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns meteorites, it is possible that, as in ancient Egypt, people of Neolithic China had considered the stars as the source of meteoric iron.
 Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - In the secret repository - Whatever it is - Caliph Al Ma’mun and his father - Shafts and Heaven’s Doors - Iron throne and sceptre – Charlemagne – The Pindar’s iron throne – During the Early Iron Age - From the Guide of British Museum (1904) – Horus - Glittering in the nightly sky - The Bull’s Leg - The metal of Seth - ‘Opening of the Mouth and Eyes’ ritual - The second Khufu solar boat – Black-market and Kamil Crater - Other non destructive analyses – The necklace from Gerzeh - Origin of the words – Iron or copper? - Emperor Jahangir's meteorite blade - From Egypt to China - Meteoric Iron and Amulets - Shang and Zhou - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture - The C-dragon – Rituals – Stone and Fire – Additional Information: Latin literature about meteorites - Sacred meteorites - “Black iron of heaven from sky” in the treasure of a Hittite king - Artifact of Meteoric Iron - About Copper in Egypt – Sword and ring from celestial iron (J. R. R. Tolkien) - Meteoric iron talismans in Shangshung - An expert’s guide to meteorites
Chrysin-functionalized gold nanoparticles and paclitaxel exhibit synergistic impact on lung cancer cell lines via regulating the AKT/PPAR-ϒ/β-Catenin pathway
Creators: name: Roy, Saheli
name: Kant, Shashi
name: Saha, Krishna Das
name: Jha, Tarun
Publisher: name: Taylor & Francis
Year: 2024
Subjects: subject: Biochemistry
subject: Space Science
subject: Medicine
subject: Pharmacology
subject: Chemical Sciences not elsewhere classified
subject: Biological Sciences not elsewhere classified
subject: Cancer
subject: Hematology
subject: Infectious Diseases
subject: FOS: Health sciences

description: Lung cancer has become progressively widespread, posing a challenge to traditional chemotherapeutic drugs such as platinum compounds and paclitaxel owing to growing resistance. Along with that, the chemotherapeutic drugs infer major side effects. The usage of natural compounds as chemosensitizers to boost the efficacy of these chemotherapeutic drugs and minimizing their toxicity is a plausible approach. In our investigation, we employed paclitaxel as the standard chemotherapeutic agent and utilized Chrysin-functionalized gold nanoparticles (CHR-AuNP) to augment its cytotoxicity. Gold nanoparticles were chosen for their inherent cytotoxic properties and ability to enhance Chrysin's bioavailability and solubility. Characterization of CHR-AuNP revealed spherical nanoparticles within the nano-size range (35-70 nm) with a stable negative zeta potential of -22 mV, confirmed by physicochemical analyses including UV-Vis spectroscopy, FT-IR, and visual observation of the wine-red coloration. MTT assay cytotoxicity studies demonstrated CHR-AuNP's superior efficacy compared to CHR alone, with synergistic effects observed in combination with paclitaxel, validated by Compusyn software. Morphological changes indicative of apoptosis were more pronounced with combined treatment, corroborated by AO/ETBr staining and Annexin V assays. Furthermore, the combination treatment amplified ROS production and destabilized mitochondrial membrane potential, while altering the expression of pro-apoptotic and anti-apoptotic proteins. Exploring the mechanistic pathways, we found that the drugs upregulated PPAR-γ expression while suppressing Akt and overexpressing PTEN, thereby impeding the Wnt/β-catenin pathway commonly dysregulated in lung cancer. This highlights the potential of low-dose combination therapy with paclitaxel and CHR-AuNP as a promising strategy for addressing lung cancer's challenges.
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2022
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the meteoric iron appeared, according to Alan Alford, in the Pyramid Texts. It is also told that of iron was made one of the ritual tools used during the “opening of the mouth ceremony”, an ancient Egyptian ritual described in funerary texts. One of the shapes of this tool resembled the asterism of the circumpolar stars of the Big Dipper. The iron of Tutankhamun’s dagger and of the Kamil Crater will be discussed too. Then, we will consider China and in particular the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns meteorites, it is possible that, as in ancient Egypt, people of Neolithic China had considered the stars as the source of meteoric iron.
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2022
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the meteoric iron appeared, according to Alan Alford, in the Pyramid Texts. It is also told that of iron was made one of the ritual tools used during the “opening of the mouth ceremony”, an ancient Egyptian ritual described in funerary texts. One of the shapes of this tool resembled the asterism of the circumpolar stars of the Big Dipper. The iron of Tutankhamun’s dagger and of the Kamil Crater will be discussed too. Then, we will consider China and in particular the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns meteorites, it is possible that, as in ancient Egypt, people of Neolithic China had considered the stars as the source of meteoric iron.

 Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - In the secret repository - Whatever it is - Caliph Al Ma’mun and his father - Shafts and Heaven’s Doors - Iron throne and sceptre – Charlemagne – The body - The Pindar’s iron throne – During the Early Iron Age - From the Guide of British Museum (1904) – Horus - Glittering in the nightly sky - The Bull’s Leg - The metal of Seth - ‘Opening of the Mouth and Eyes’ ritual - The second Khufu solar boat – Black-market and Kamil Crater - Other non destructive analyses – A gift from Mitanni? - Kharga Oasis origin - The necklace from Gerzeh - Origin of the words – Stone and Fire – Benben and Bennu, the Phoenix - Meteoric Iron? - Iron or copper? - Emperor Jahangir's meteorite blade - From Egypt to China – Layers on the bronze blades - Shang and Zhou - Meteoric Iron and Amulets - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture - The C-dragon – Rituals – Dream Pool Essays - Additional Information: Latin literature about meteorites - Sacred meteorites - “Black iron of heaven from sky” in the treasure of a Hittite king - Artifact of Meteoric Iron - About Copper in Egypt – Sword and ring from celestial iron (J. R. R. Tolkien) - Meteoric iron talismans in Shangshung - An expert’s guide to meteorites
Meteoric Iron in Ancient Egyptian and Chinese Cultures - Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2022
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the meteoric iron appeared, according to the British writer Alan Alford, in the Pyramid Texts. It is also told that of iron was made one of the ritual tools used during the “opening of the mouth ceremony”, an ancient Egyptian ritual described in funerary texts. One of the shapes of this tool resembled the asterism of the circumpolar stars of the Big Dipper. The iron of Tutankhamun’s dagger and of the Kamil Crater will be discussed too. Then, we will consider China, where meteoric iron was forged onto the blades of bronze weapons. We will discuss also the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns the meteorites, as in the ancient Egypt, people of China considered the heavens as the source of meteoric iron.

 Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - In the secret repository - Whatever it is - Caliph Al Ma’mun and his father - Shafts and Heaven’s Doors - Iron throne and sceptre – Charlemagne – The body - The Pindar’s iron throne – During the Early Iron Age - From the Guide of British Museum (1904) – Horus - Glittering in the nightly sky - The Bull’s Leg - The metal of Seth - ‘Opening of the Mouth and Eyes’ ritual - The second Khufu solar boat – Black-market and Kamil Crater - Other non destructive analyses – A gift from Mitanni? - Kharga Oasis origin - The necklace from Gerzeh - Origin of the words – Stone and Fire – Benben and Bennu, the Phoenix - Meteoric Iron? - Iron or copper? - Emperor Jahangir's meteorite blade - From Egypt to China – Layers on the bronze blades - Shang and Zhou - Meteoric Iron and Amulets - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture - The C-dragon – Rituals – Dream Pool Essays - Additional Information: Latin literature about meteorites - Sacred meteorites - “Black iron of heaven from sky” in the treasure of a Hittite king - Artifact of Meteoric Iron - About Copper in Egypt – Sword and ring from celestial iron (J. R. R. Tolkien) - Meteoric iron talismans in Shangshung - An expert’s guide to meteorites
title: A formalization of one of the main claims of “Creative Commons licenses and the non-commercial condition: Implications for the re-use of biodiversity information” by Hagedorn et al. 2011
Creators: name: Mietchen, Daniel
name: Penev, Lyubomir
name: Dimitrova, Mariya
Publisher: name: Freie Universität Berlin
Year: 2022
Subjects: subject: Biodiversity data
subject: license with non-commercial clause
subject: data reuse
classificationCode: 570
subject: Biowissenschaften; Biologie

description: Hagedorn et al. claimed in previous work that when talking about biodiversity data, licenses with a non-commercial clause generally inhibit data reuse. We present here a formalization of that claim, stating that all things of class “license with non-commercial clause” that are in the context of a thing of class “biodiversity data” generally have a relation of type “inhibits” to a thing of class “data reuse” in the same context.
Meteoric Iron in Ancient Egyptian and Chinese Cultures  -  Pyramids, Meteorites and Circumpolar Stars
Creators: name: Sparavigna, Amelia Carolina
Publisher: name: Zenodo
Year: 2022
Subjects: China
Egypt
Meteoric iron
Jade meteorite
Tutankhamun's dagger
Kamil Crater
Alan Alford
Hongshan Culture
Akhet Khufu
Great Pyramid
Pyramid texts
Iron throne
Khufu
Pyramids
Big Dipper
C-dragon
Pig-dragon
Archaeoastronomy

description: Before the Iron Age, that is before the advent of iron smelting, the main source of the metal was meteoric iron. Here we propose a discussion about the use of this iron to make artifacts by people of ancient Egypt and China. For Egypt, we will report as the meteoric iron appeared, according to the British writer Alan Alford,  in the Pyramid Texts. It is also told that of iron was made one of the ritual tools used during the “opening of the mouth ceremony”, an ancient Egyptian ritual described in funerary texts. One of the shapes of this tool resembled the asterism of the circumpolar stars of the Big Dipper. The iron of Tutankhamun’s dagger and of the Kamil Crater will be discussed too. Then, we will consider China, where meteoric iron was forged onto the blades of bronze weapons.  We will discuss also the Hongshan Culture, famous for its jade artifacts. Modern artifacts, defined as Hongshan iron meteorites, show asterisms (the Big Dipper and Cassiopeia) carved on them, but the literature that we will mention here, about this Chinese neolithic culture, is not stressing any use of meteorites. In any case, it is true that the Nine Stars of the Big Dipper have been represented by Neolithic China. For what concerns the meteorites, as in the ancient Egypt, people of China considered the heavens as the source of meteoric iron. 

Contents: Sidereus Nuncius - Sign N41 and the Pyramid Texts -The big void in Akhet Khufu - In the secret repository - Whatever it is - Caliph Al Ma’mun and his father  - Shafts and Heaven’s Doors - Iron throne and sceptre – Charlemagne – The body - The Pindar’s iron throne – During the Early Iron Age - From the Guide of British Museum (1904) – Horus - Glittering in the nightly sky -  The Bull’s Leg -  The metal of Seth - ‘Opening of the Mouth and Eyes’ ritual - The second Khufu solar boat – Black-market and Kamil Crater  - Other non destructive analyses – A gift from Mitanni? - Kharga Oasis origin - The necklace from Gerzeh - Origin of the words – Stone and Fire –  Benben and Bennu, the Phoenix - Meteoric Iron? - Iron or copper? - Emperor Jahangir's meteorite blade - From Egypt to China – Layers on the bronze blades - Shang and Zhou - Meteoric Iron and Amulets - Hongshan Meteorite Iron? - The Nine Stars of the Big Dipper – Supernova - Pig-dragon - The “secret” Hongshan culture  - The C-dragon – Rituals –  Dream Pool Essays - Additional Information: Latin literature about meteorites - Sacred meteorites  - “Black iron of heaven from sky” in the treasure of a Hittite king -  Artifact of Meteoric Iron -   About Copper in Egypt – Sword and ring from celestial iron (J. R. R. Tolkien) - Meteoric iron talismans in Shangshung - An expert’s guide to meteorites
E02798: Limestone mould for the production of inscribed metal ampullae with labelled depictions of *Abraham (Old Testament patriarch, S00275), and *Daniel (Old Testament prophet, S00727). Found at Silwan/Siloam, close to Jerusalem (Roman province of Palaestina I). Late antique.
Creators: name: Pnowakowski
Publisher: name: University of Oxford
Year: 2017
Subjects: History

description: Two conjoining faces of a grey limestone mould. Each face has a concave space with images and inscriptions in mirror writing. In its upper left-hand side, Face 2 has a channel for the introduction of liquid metal (probably bronze). Dimensions: H. 0.093 m; W. 0.06 m; Th. 0.026 m. Letter height 0.002-0.003 m. Reportedly found at Silwan/Siloam near Jerusalem by a dealer in antiquities and acquired by the Museum of the Studium Biblicum Franciscanum in the spring of 1992. First published by Michele Piccirillo in 1994. We follow the edition by Leah Di Segni (2012).

Face 1:

The middle of the mould shows the scene of the binding of Isaac. The central standing figure is Abraham with nimbus. He is holding a knife over a kneeling Isaac (much smaller than his father). Next to them one can see a burning altar, and a ram tied to a tree.

Inscription (running in a band around the scene):

+ εὐλογία τοῦ Ἀβραάμ

'+ Blessing of Abraham.'

Face 2:

In the middle one can see the scene of the prophet Daniel in the lions' den. The prophet has a nimbus, and is depicted en face, with raised arms, in the posture of an orant. He is flanked by two lions.

Inscription 1 runs in a band around the scene:

εὐλογία τοῦ Δανιῆλος

'Blessing of Daniel.'

Inscription 2 is positioned next to the head of the prophet:

ὁ ἅγιος Δανιήλ

'Saint Daniel.'

Text: CIIP 1/2, no. 1079.
Additional file 11 of PICALO: principal interaction component analysis for the identification of discrete technical, cell-type, and environmental factors that mediate eQTLs
Creators: name: Vochteloo, Martijn
name: Deelen, Patrick
name: Vink, Britt
name: Tsai, Ellen A.
name: Runz, Heiko
name: Andreu-Sánchez, Sergio
name: Fu, Jingyuan
name: Zhernakova, Alexandra
name: Westra, Harm-Jan
name: Franke, Lude
Publisher: name: figshare
Year: 2024
Subjects: subject: Genetics
subject: FOS: Biological sciences

description: Additional file 11. Review history.
Impact of Hydrogen Combustion on Thermal Stresses & Scale Formation in a Reheat Furnace
Creators: name: Lutfi, Muhammad Basil
Publisher: name: Purdue University Graduate School
Year: 2025
Subjects: classificationCode: 401799
subject: Mechanical engineering not elsewhere classified

description: This thesis investigates the use of hydrogen as a cleaner alternative to natural gas in steel reheating furnaces by modeling two industrial setups: the Cleveland-Cliffs Indiana Harbor Furnace, where hydrogen-methane blends were applied across all zones, and the Gerdau Monroe furnace, where hydrogen was limited to the soak zone. Through Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA), the study evaluated the thermal and mechanical behavior of slabs under varying fuel conditions. Results showed that full hydrogen use raised average temperatures by 9.9% in the Cleveland-Cliffs furnace, while partial use in Gerdau’s setup led to a 3% increase. Although hydrogen enabled faster slab heating, it introduced sharper temperature gradients, which in turn elevated average thermal stresses by 1–8%, though peak stresses remained localized at the skid contacts.Additionally, the study assessed hydrogen’s impact on oxide scale formation using customized user-defined functions integrated into the CFD model. These simulations, validated against experimental data, showed that hydrogen combustion led to 5–15% more scale buildup than methane, with the soaking zone exhibiting the most growth. This excess scaling reduced slab core temperatures by up to 12F, potentially affecting heat transfer efficiency and final product quality.