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Imitate Their Faith

She Drew “Conclusions in Her Heart”

MARY shifted her weight uncomfortably atop the little beast of burden. She had been riding for hours. Just ahead, Joseph walked steadily onward, leading the way along the road toward distant Bethlehem. Mary once again felt the stirring of life within her.

Mary was well along in her pregnancy; the Bible describes her at this time with the expressive phrase “heavy with child.” ( Luke 2:5 ) As the couple passed by one field after another, perhaps some of the farmers looked up from their plowing or sowing and wondered why a woman in such a condition would go on a journey. What had led Mary so far from her home in Nazareth?

It all began months earlier when this young Jewish woman received an assignment that was unique in all human history. She was to give birth to the child who would become the Messiah, the Son of God! ( Luke 1:35 ) As the time to give birth approached, the need to take this journey arose. In the process, Mary faced a number of challenges to her faith. Let us see what helped her to stay spiritually strong.

The Trip to Bethlehem

Joseph and Mary were not the only ones on the move. Caesar Augustus had recently decreed that a registration be carried out in the land, and people had to travel to their town of origin in order to comply. How did Joseph respond? The account reads: “Of course, Joseph also went up from Galilee, out of the city of Nazareth, into Judea, to David’s city, which is called Bethlehem, because of his being a member of the house and family of David.”​— Luke 2:1-4 .

It was no coincidence that Caesar issued his decree at this time. A prophecy written down some seven centuries earlier foretold that the Messiah would be born in Bethlehem. Now it so happened that there was a town named Bethlehem a mere seven miles [11km] from Nazareth. However, the prophecy specified that it was “Bethlehem Ephrathah” that would produce the Messiah. ( Micah 5:2 ) By present-day roads, some 93 hilly miles [150km] separate Nazareth from that little village in the south. That was the Bethlehem to which Joseph was summoned, for it was the ancestral home of the family of King David​—the family to which both Joseph and his bride belonged.

Founder and director JK Design GmbH

Julia Körner

Founder and director JK Design GmbH

Julia Körner is an award-winning designer working at the convergence of architecture, product and fashion design - specialised in additive manufacturing and robotic technology. Her work stands out, recognised at the top level of these disciplines, where it has been featured internationally in world-renown museums, institutions and publications. She is founder and director of JK Design GmbH. Her recent collaborations involved 3D-Printed fashion pieces developed with Haute Couture Houses for Paris Fashion weeks and Hollywood Entertainment Productions. Julia is a graduate of the Architectural Association, London and University of Applied Arts, Vienna; she is a faculty member at the University of California, Los Angeles.

Achim Menges

AA Dipl. (Hons.) RIBA II, Architect BDA, AKH Director ICD Uni Stuttgart, Institute for Computational Design and Construction

Achim Menges

AA Dipl. (Hons.) RIBA II, Architect BDA, AKH Director ICD Uni Stuttgart, Institute for Computational Design and Construction

Professor Achim Menges
 AA Dipl.(Hons.) RIBA II, Architect BDA, AKH Professor Achim Menges, born 1975, is a registered architect and professor at the University of Stuttgart, where he is the founding director of the Institute for Computational Design and Construction since 2008. He also is Visiting Professor in Architecture at Harvard University’s Graduate School of Design since 2009. Achim Menges practice and research focuses on the development of integral design processes at the intersection of morphogenetic design computation, biomimetic engineering and computer aided manufacturing that enables a highly articulated, performative built environment. His work is based on an interdisciplinary approach in collaboration with structural engineers, computer scientists, material scientists and biologists. Achim Menges has published several books on this work and related fields of design research, and he is the author/coauthor of numerous articles and scientific papers. His projects and design research has received many international awards, has been published and exhibited worldwide, and form parts of several renowned museum collections, among others, the permanent collection of the Centre Pompidou in Paris. Achim Menges is a member of several international research evaluation boards and a member of numerous scientific committees of leading peer-reviewed international journals and conferences.

Silvia Olp

Management aed e.V., Society for Advancement of Architecture, Engineering, Design

Silvia Olp

Management e.V., Society for Advancement of Architecture, Engineering, Design

Silvia Olp is the vice management of the aed, e.V., aed Society for Advancement of Architecture, Engineering, Design Stuttgart. She initiated the aed neuland, which is an award for young designer and she is head of communication for Phoenix Design Stuttgart/Munich. Her interest regarding technology and design is the aim to popularize it. Newcomers are close to her heart.

Dirk Simon

View/Print Figure

Beta-Blocker Therapy and Age

Percentage of mortality reduction in elderly and younger patients who received long-term beta-blocker therapy after myocardial infarction. (BHAT = Beta Blocker Heart Attack Trial; Norwegian = Norwegian Multicenter Timolol Study; Göteborg = Göteborg Metoprolol Trial)

Information from Forman DE, Bernal JL, Wei JY. Management of acute myocardial infarction in the very elderly. Am J Med 1992;93:315–26 .

Diabetes is associated with a high risk of early and late mortality following myocardial infarction. Manolo Blahnik SnakeskinTrimmed Slide Sandals buy cheap big discount free shipping visit new cheap price outlet amazon cheap online cO0LWzbF
Clinical trials of beta blocker use after infarction have demonstrated mortality reductions that are 10 to 30 percent greater in diabetic patients than in nondiabetic patients ( Figure 2 ) . 15 In addition, the reduction in the incidence of nonfatal infarctions and sudden death has been found to be greater in patients with diabetes than in patients without diabetes. 16 , 17

View/Print Figure

Beta-Blocker Therapy and Diabetes

Percentage of mortality reduction in patients with and without diabetes who received long-term beta-blocker therapy after myocardial infarction. (BHAT = Beta Blocker Heart Attack Trial; Norwegian = Norwegian Multicenter Timolol Study; Kjekshus = study by Kjekshus J, et al.)

Information from Kjekshus J, Gilpin E, Cali G, Blackey AR, Henning H, Ross J Jr. Diabetic patients and beta-blockers after acute myocardial infarction. Eur Heart J 1990;11:43–50 .

These benefits, however, are not entirely without risk in patients with diabetes. Beta blockers can impair glucose tolerance, block the symptoms of hypoglycemia and delay recovery from a hypoglycemic episode. 18 In most patients with type 2 diabetes (formerly known as non–insulin-dependent diabetes), however, hypoglycemia is relatively uncommon. In most patients with diabetes, the benefits of beta blockers outweigh the risks, and a trial of beta-blocker therapy is warranted. When patients with diabetes are given beta blockers, they should be educated about monitoring for hypoglycemia and the potential need to adjust the dosage of the hypoglycemic agents.

Non–Q-wave infarction is associated with a substantial risk of death, especially in the elderly. Although subgroup analysis of data from the BHAT suggests no benefit in non–Q-wave infarction, this finding has been criticized on the basis of methodologic concerns. 19 Subsequently, data from the Norwegian timolol trial and observational studies suggest that beta blockers probably improve survival and prevent repeat infarction in patients with non–Q-wave infarction. 20 , The Row Noelle Suede Loafers cheap lowest price great deals cheap online cheap sale countdown package gw5BGW
Current management guidelines for myocardial infarction do not distinguish between Q-wave and non–Q-wave infarctions with respect to the recommendations for use of beta blockers. 4

38 North
Informed analysis of events in and around North Korea

A 38 North exclusive with analysis by Frank V. Pabian, Joseph S. Bermudez Jr. and Jack Liu.

Commercial satellite imagery from June 21 indicates that improvements to the infrastructure at North Korea’s Yongbyon Nuclear Scientific Research Center are continuing at a rapid pace. Modifications to the 5 MWe plutonium production reactor’s cooling system appear complete, but a less-than-normal cooling water discharge from the outfall pipe makes a determination of the reactor’s operational status difficult. The status of the Radiochemical Laboratory—used to separate plutonium from spent fuel rods—remains uncertain, although the associated Thermal Plant has likely continued operations, and a small non-industrial building of an unknown purpose has been newly erected near the cooling tower. Construction continues on support facilities throughout other operational areas of Yongbyon, especially at the Experimental Light Water Reactor (ELWR), where the new engineering office building appears externally complete and a small building similar to the one observed at the Radiochemical Laboratory has been erected.

Continued work at the Yongbyon facility should not be seen as having any relationship to North Korea’s pledge to denuclearize. The North’s nuclear cadre can be expected to proceed with business as usual until specific orders are issued from Pyongyang.

The 5 MWe Reactor

Modifications to North Korea’s 5 MWe reactor’s secondary cooling loop, which began in March , appear externally complete. A newly in-filled water channel (that includes a newly installed probable weir for controlling water flow) now leads to the pump house from the Kuryong River. ( Figure 1 ) Determining the operational status of the reactor is particularly difficult at this time. Although a small water discharge is visible from the cooling water outfall pipe going into the river, that discharge is less than has been observed previously when the reactor was fully operational. It may simply be that this is all the water needed atthis time to carry away the heat from the residual radioactivity in the reactor, if the reactor is currently shut down. Additionally, unlike last February, no visible steam is being vented from the generator building that would confirm that the reactor is operating, but we cannot rule out that this is simply due to the time of year and insufficient image resolution. ( Figure 2 )

Figure 1 Figure 2

Figure 1. Close-up of new cooling water pump house and in-filled water channel.

Figure 2. Overview of the 5 MWe reactor.

The Experimental Light Water Reactor (ELWR)

The four-story engineering office building at the ELWR is now externally complete, with a newly installed concrete driveway leading directly from the building’s entrance to the reactor’s main entrance. ( Figure 3 ) The necessary infrastructure for reactor operations at the ELWR appears externally complete, but there is no visible evidence yet to suggest that operations have begun.

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