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Thesis Binding

Thesis Book Binding or Dissertation Book Binding is the conversion of your thesis or dissertation document into a printed and bound book format. Getting this done correctly involves several considerations that includes the Submission of your document for printing and binding, your choice of Paper, and the Style of binding you want.

SUBMITTING YOUR THESIS OR DISSERTATION FOR BINDING:

The first consideration for Thesis Book Binding or Dissertation Book Binding is whether you want your thesis or dissertation printed and bound for official submission or for your personal use, such as gifts to professors, departments, libraries, parents, sponsors, or you just want copies to preserve for future generations.

If you are officially submitting your Thesis Book Binding or Dissertation Book Binding books to your

institution, you must follow their official guidelines for paper, margins, and type of binding. Every institution has

guidelines and your can ask your department or your graduate studies department for the guidelines. The quote/

ordering process for each of our 3 main types of binding is designed to accommodate all the options that most

schools require.

Binding Options Our 3 main binding options are:

• Fabric Hardcover Binding with Gold Embossed Lettering and Emblem on the cover https://phdbookbinding.com/fabric-hard-cover/
• Printed Hardcover Binding with wraparound full color printing on the cover https://phdbookbinding.com/printed-hard-cover/
• Perfect Binding Softcover with wraparound full color printing on the cover https://phdbookbinding.com/perfect-binding/

But if you’re getting the books for personal use, then you have the option to choose the type of paper, binding and margin size that you prefer. Here again, our quote/order process contains all the options you might want.

Digital or Paper Submission

The second consideration is whether you want to submit a file or paper document(s) for publishing your Thesis or Dissertation. You have the option to place your order with a PDF file or with a paper document. Submitting a PDF file ( https://phdbookbinding.com/digital-printing/#2 ) of your Thesis or Dissertation allows you to do the following online, sit back and forget about it, and receive your books in the mail:

• Specify the size of your book
• Choose the type of paper you want for printing ( https://phdbookbinding.com/digital-printing/#9 )
•  Specify the pages you want to print in color. ( https://phdbookbinding.com/faq/#9 ) Yes, we allow you to specify the pages you want to print in color and you’ll be charged the color rate ONLY for the pages you specify,NOT for all the pages in your document.
• Specify the exact lettering you want on the cover ( https://phdbookbinding.com/gold-foil-emblem-and-lettering/ )
•  Specify the exact lettering you want on the spine ( https://phdbookbinding.com/gold-foil-emblem-and-lettering/ )
• Specify your school emblem for the cover or request a custom emblem ( https://phdbookbinding.com/gold-foil-emblem-and-lettering/#SealList )
• Choose the shipping speed you want for getting back the completed book(s)

Digital Submission

The option for submitting a PDF file for printing and binding is available for all the binding styles that we offer, including:

• Fabric Hardcover Binding with Gold Embossed Lettering and Decoration on the cover https://phdbookbinding.com/fabric-hard-cover/
•  Printed Hardcover Binding with wraparound full color printing on the cover https://phdbookbinding.com/printed-hard-cover/

Submitting a Paper document of your Thesis or Dissertation requires you to

(1) Print your document on the paper of your choice

(2) Fill out the Quote/Order form on this site for the type of Hardcover binding you want

(3) Specify the exact lettering you want on the cover

(4) Specify the exact lettering you want on the spine

(5) Choose the shipping speed you want for getting back the completed book(s)

(6) Print a form on our site that will include the details you entered PLUS final instructions for mailing your

paper document to us

(7) Ship to us your paper document(s) with instructions on form you will print from our site.

The option for submitting a paper document for binding ONLY is available ONLY for Hardcover binding.

Fabric Hardcover Binding with Gold Embossed Lettering and Decoration on the cover

https://phdbookbinding.com/fabric-hard-cover/

Printed Hardcover Binding with wraparound full color printing on the cover

https://phdbookbinding.com/printed-hard-cover/

Paper document submission is not available for Softcover Perfect Binding.

PAPER CHOICE

The second consideration for Thesis Book Binding or Dissertation Book Binding is choosing the type of paper that you want. We offer 5 types of paper as listed below and as explained here in greater detail ( https://phdbookbinding.com/digital-printing/ )

20lb regular or standard Copy Paper. This paper is ACID-FREE and is white in color. It does not have  a watermark. Acid Free paper is made from wood pulp, and it resists yellowing and brittleness over very long periods (measured in centuries). The production of Acid Free paper is also more environmentally friendly than acidic paper.

60lb regular or standard Copy Paper (also known as 24lb Copy Paper)*. This paper is ACID-FREE and is white in color. It does not have a watermark. Acid Free paper is made from wood pulp, and it resists yellowing and brittleness over very long periods (measured in centuries). The production of Acid Free paper is also more environmentally friendly than acidic paper. (See below for why this paper has 2 different names)

20lb, 25% Cotton Paper. This white paper is ACID-FREE and ARCHIVAL. It has a WATERMARK which is visible only when you shine a bright light behind the sheet. Archival paper has all the benefits of Acid-Free paper, except that it resists yellowing and brittleness even longer than ordinary Acid-Free paper. Another difference is that Cotton Paper is made with cotton pulp.

24lb, 100% Cotton Paper . This white paper is ACID-FREE and ARCHIVAL. It has a WATERMARK which is visible only when you shine a bright light behind the sheet. Archival paper has all the benefits of Acid-Free paper, except that it resists yellowing and brittleness even longer than ordinary Acid-Free paper. Another difference isthat Cotton Paper is made with cotton pulp. PLEASE NOTE that A4 (European Letter size) is NOT available in 100% cotton.

80lb Gloss-Coated Paper. This paper is ACID-FREE and is white in color. It does not have a watermark. But unlike regular copy paper, it is also coated with a gloss finish that makes it perfect for printing photos, charts & graphs, and more.

80lb Matte-Coated Paper. This paper is ACID-FREE and is white in color. It does not have a watermark. But unlike regular copy paper, it is also coated with a matte (non-gloss coating) finish that makes it perfect for printing photos, charts & graphs, and more.

BINDING STYLE

The binding style you choose depends first on whether you’re submitting officially to your institution or for personal use. We offer 3 types of binding Fabric Hardcover Binding with Gold Lettering and Gold Emblem ( https://phdbookbinding.com/fabric-hard-cover/ )

Most institutions require Fabric Hardcover Binding with gold lettering or gold emblem for official submission. You can also choose this type of binding for your own personal copies and as gifts because it is binding of the highest quality that is impressive in look and feel. Fabric Hardcover binding is high quality, archival binding that’s fit for the most demanding public or private library. Fabric options include:

• Classic Buckram fabric that is available in different colors,
• Contemporary Levant finish fabric also available in different colors
• Cowhide available in 3 colors

Lettering and emblem are applied to Fabric Hardcover binding with gold embossing

Printed Hardcover Binding ( https://phdbookbinding.com/printed-hard-cover/ )

Institutions may also allow Printed Hardcover Binding for Thesis and Dissertations. Printed Hardcover Binding allows:

• Background color of your choice
• Lettering color of your choice
• Full color emblem
• Image and text on back cover, or
• Wraparound full-color cover design

Printed Hardcover Binding can be compared to Fabric Hardcover Binding on this page: https://phdbookbinding.com/comparison/

Perfect Binding (Softcover, Paperback binding) ( https://phdbookbinding.com/perfect-binding/ )

Perfect Binding is Softcover, Paperback binding that allows all the options available for Printed Hardcover binding

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Set to orbit above moscow’s missiles, starlab hopes space truce holds.

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A Russian nuclear missile in Moscow's Red Square. The Kremlin is now developing nuclear-armed ... [+] spacecraft to threaten the Western space powers and space players like SpaceX. (Photo by Gavriil GRIGOROV / SPUTNIK / AFP) (Photo by GAVRIIL GRIGOROV/SPUTNIK/AFP via Getty Images)

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The next-generation Starlab Space Station glitters with leading-edge technologies that will outshine ... [+] the International Space Station. (Rendering courtesy of Starlab Space LLC)

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Journal of Materials Chemistry B

Small molecule interactions with biomacromolecules: selective sensing of human serum albumin by a hexanuclear manganese complex: photophysical and biological studies.

A covalently bonded hexanuclear neutral complex [Mn6(μ3-O)2(3-MeO-salox)6(OAc)2(H2O)4] (1) has been synthesized and characterized by single crystal X-ray diffraction analysis, IR and HRMS studies. The complex 1 has been found to selectively interact with human serum albumin (HSA), a model transport protein. The interaction of 1 with HSA was investigated by monitoring the change in absorbance value of HSA at λ = 280 nm with the increasing concentration of 1. Likewise, fluorescence titrations were carried out under two conditions: (i) titration of 5 μM solution complex 1 with the gradual addition of HSA, showing a 9-fold fluorescence intensity enhancement at 424 nm, upon excitation at 300 nm; and (ii) upon excitation at 295 nm, titration of 5 μM HSA solution with the incremental addition of complex 1, showing a quenching of fluorescence intensity at 334 nm, and simultaneously development of a new emission band at 424 nm. A linear form of stern-Volmer equation gives KSV = 9.77 × 104 M−1 and Benesi-Hildebrand plot yields binding constant as KBH = 1.98 × 105 M−1 at 298 K. The thermodynamic parameters, ΔSo, ΔHo, and ΔGo, were estimated by using the van’t Hoff relationship which infer the major contribution of hydrophobic interactions between HSA and 1. It was observed that quenching of HSA emission arises mainly through dynamic quenching mechanism as indicated by the dependence of average life time ⟨τ⟩ on the concentration of 1. The changes in CD (circular dichroism) spectral pattern of HSA in the presence of 1 clearly establish the variation of HSA secondary structure on interaction with 1. The most probable interaction region in HSA for 1 was determined from molecular docking studies which establish the preferential trapping of 1 in the subdomain IIA of site I in HSA and substantiated by the result of site-specific marker studies. The complex 1 was further evaluated for its antiproliferative effects in lung cancer A549 cells, which strictly prohibits the growth of the cells in both 2D and 3D mammospheres, indicating its auspicious application as an anticancer drug.

Supplementary files

• Supplementary information PDF (1246K)
• Crystal structure data CIF (23K)

Article information

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R. Khatun, M. Dolai, M. Sasmal, A. Katarkar, A. S. M. Islam, N. Yasmin, S. Maryam, J. Haribabu and M. Ali, J. Mater. Chem. B , 2024, Accepted Manuscript , DOI: 10.1039/D4TB00712C

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