Highlander的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列各種有用的問答集和懶人包

Highland Ever After

為了解決Highlander的問題，作者Banks, Maya 這樣論述：

#1New York Times and #1 USA Today bestselling author Maya Banks returns to her beloved Highlander series with the story readers have been waiting for...After Scotland's three most powerful clans come together to build a formidable alliance, an apprehensive king conspires to keep his empire from coll

apsing. He orders Taliesan McHugh to agree to a marriage that will ensure the king maintains control of the coveted McHugh fortress. With no other choice but to obey her king, Taliesan accepts her destiny. But when her path crosses with that of Brodie Armstrong, she begins to wonder what it would be

like to feel the warrior's strong arms around her--and to be loved by him. Staunchly opposing the king's command to stand down, Brodie plots to save Taliesan from her arranged marriage. He is determined to make the gentle beauty his but finds himself at the mercy of a decades-old family agreement.

As power struggles echo across the Highlands, Brodie continues to defy the king and vows to remain true to his cause, his people--and, most of all, the woman who has claimed his heart.

Highlander進入發燒排行的影片

利用參考字串樹演算法解決精確多重字串比對問題

為了解決Highlander的問題，作者謝一功 這樣論述：

精確多重字串比對問題是給予一個來源字串，以及多個目標字串，將所有目標字串在來源字串中精確出現的結束位置找到。藉由將所有來源字串上指定長度的子字串儲存於參考字串樹上，使得此參考樹上的所有內部節點，都存在一個參考字串，精確多重字串比對問題可以有效率地得到答案—藉由搜尋此參考字串樹可找到每個目標字串精確出現的位置。在這篇論文中，我們設計與分析建立參考字串樹與搜尋參考字串樹的演算法，並使用位元平行運算增加建立與搜尋的效能。我們以果蠅的DNA序列以及聖經作為來源字串做實驗，並與目前幾種壓縮字尾樹演算法與壓縮字尾陣列演算法做比較，實驗結果顯示我們參考字串樹演算法的速度效能優於這些演算法。我們所提參考字串

樹的概念並不複雜、在精確多重串比對問題上卻有效率佳、具彈性且效能穩定的表現。

The Gold Machine: In the Tracks of the Mule Dancers

為了解決Highlander的問題，作者Sinclair, Iain 這樣論述：

A journey through time and space, grappling with the ghosts of empireA New Statesman Book of the Year, 2021’Follow Iain Sinclair into the cloud jungles of Peru and emerge questioning all that seemed so solid and immutable.’ Barry Miles’The Gold Machine is a trip, a psychoactive expedition in compell

ing company.’ TLSFrom the award-winning author of The Last London and Lights Out for the Territory, a journey in the footsteps of our ancestors.In The Gold Machine, Iain Sinclair and his daughter travel through Peru, guided by - and in reaction to - an ill-fated colonial expedition led by his great-

grandfather, Arthur Sinclair. The incursions of Catholic bounty hunters and Adventist missionaries are contrasted with today’s ecotourists and short-cut vision seekers. The family history of a displaced Scottish highlander fades into the brutal reality of a major land grab. The historic thirst for g

old and the establishment of sprawling coffee plantations leave terrible wounds on virgin territory. What might once have been portrayed as an intrepid adventure is transformed into a shocking tale of the violated rights of indigenous people, secret dealings between London finance and Peruvian gover

nment, and the collusion of the church in colonial expansion. In Sinclair’s haunting prose, no place escapes its past, and nor can we. Iain Sinclair is the award-winning writer of numerous critically acclaimed books on London, including The Last London, Lights Out for the Territory, London Orbital

and London Overground. He won the Encore Award and the James Tait Black Memorial Prize for his novel Downriver. He lives in Hackney, East London

茄鐮孢菌複合種感染海龜之致病相關基因體學

為了解決Highlander的問題，作者何芷蔚 這樣論述：

Fungi from the genus Fusarium is a common pathogen that infects plants, human, and animals. In particular, some members from the Fusarium solani species complex (FSSC) were comparatively well-studied because the most impacted hosts were agriculturally important plants. In animals, fusariosis caused

by FSSC was increasingly reported in domestic, captive and wild animals in recent decades. Whilst it is commonly reported as an opportunistic pathogen towards animals, most reports were only able to identify the disease causative FSSC members and describe its pathologic changes on the infected host

. Sea turtle egg fusariosis (STEF) has been reported around the globe and has caused huge mortality in this endangered animal. However, little is known regarding the ecology and pathology of STEF. The establishment of hatchery is part of the conservation works to protect sea turtle eggs. Nonetheless

, a particular hatchery practice – reusing sand for egg incubation for several nesting seasons – is to be suspected for inducing higher FSSC infection risk in incubating eggs. This study determined the microbial diversity and pathogen abundance of nest sand (Chapter 1) to find the association betwee

n used-nest sand and FSSC infection on eggs. Distinct microbiota and a higher relative abundance of FSSC were found in nest sand of sea turtle hatcheries that reuse the sand compared to the nesting beach and hatchery which did not reuse sand. This work emphasizes that stringency in hatchery manageme

nt must be maintained for the efforts of conservation to not be in vain. Besides the field survey, this study further determines the genomic basis of pathogenicity in FSSC pathogens isolated from dead sea turtle eggs and various host types (Chapter 2). Highly contiguated assemblies of six FSSC strai

ns were produced and compared, revealing a spectrum of conservation patterns in the FSSC chromosome which can be categorised into three compartments: core, fast-core (FC), and lineage-specific (LS). Each chromosome type varied in structural architectures, with FC and LS chromosomes containing a sign

ificantly higher proportion of repetitive elements than core chromosomes and enriched in functions related to pathogenicity and niche expansion. These findings provide evidence that genome compartmentalisation was the outcome of multi-speed evolution amongst FSSC chromosomes, which is in contrast to

the commonly recognized “two-speed” genome concept in fungal pathogens. In addition to the classification of FSSC’s genomic characteristics, several experiments were conducted to observe the infection scenarios and described the transcriptome responses of FSSC pathogens and Chinese soft-shelled tur

tle Pelodiscus sinensis eggs post-inoculation (Chapter 3). The experiments demonstrated that F. falciforme and F. keratoplasticum can penetrate eggshells and colonise egg inclusions, indicating FSSC are opportunistic pathogens toward eggs and identified differentially genes also associated with plan

t pathogenicity including the most upregulated genes encoding the CFEM (Common in Fungal Extracellular Membrane) domain. The outcome of this dissertation should allow the gain of fundamental knowledge regarding the pathology behind FSSC on eggs, which represents the beginning of critical steps towar

ds the management of epidemics to reduce disease occurrences in the wild and man-managed settings. Moreover, this study establishes genomic resources and an animal model for fungal pathogens of the trans-kingdom hosts.