When God created the world and all that is in it, he brought the concept of time into eternity. But with the entrance of sin and death during the fall of mankind, another form of time entered as well. This type of time is not attached to eternity, but it is a counterfeit production of Satan in his attempt to be God, and he''s offering the temporal-a deceiving place with no time.

God''s eternal life promises joy, peace, and life everlasting. However, Satan''s temporal time is a place where there is never enough time in the day-no time to reflect, meditate, or pray. Only by forcing ourselves away from this time-trap can we hope to see and hear God. Author John Stamos Parrish examines time as it relates to commonly pondered topics, such as:Time and time travelNature of lightStructure of the universeEvolution versus creationVisionsEnd times

The purposeful collection Far From the Shores of Galilee provides the opportunity to pull back from time. Each story is like a rest stop along life''s journey-a place to pause, reflect, and pray-a place where you can disconnect from the world and reconnect with God.

In this book we attempt to summarize the present state of knowledge in the field of photoimmunology and to provide the background necessary to put this knowledge into perspective. This objective requires descriptive overviews in photobiology, immunology, and dermatology. Our hope is to facilitate interdis­ ciplinary communication and to stimulate interest in photoimmunology. Section I, Principles of Photoimmunology, describes (1) basic interactions between UV and visible radiation and biologic matter, (2) the optical properties of human skin, and (3) normal and abnormal responses to UV radiation. Basic principles of selected aspects of immunology and photobiology are explained. Section II, Experimental Photoimmunology, describes molecular, cellular, animal, and human studies in photoimmunology. Section III, Clinical Photo­ immunology, presents evidence of the involvement of photoimmunologic mechanisms in diseases of the skin and blood and examines the possible involve­ ment of immunologic mechanisms in therapeutic photomedicine. The funda­ mental principles outlined in this book should prove useful for decades to come. However, our expectation is that the experimental data will be outdated in a short period of time. The potential of photoimmunology is great enough and the serious study of photo immunology is recent enough that this should be the case. This book is dedicated to the goal of continuing rapid growth in the field of photoimmunology .

In this book we attempt to summarize the present state of knowledge in the field of photoimmunology and to provide the background necessary to put this knowledge into perspective. This objective requires descriptive overviews in photobiology, immunology, and dermatology. Our hope is to facilitate interdis­ ciplinary communication and to stimulate interest in photoimmunology. Section I, Principles of Photoimmunology, describes (1) basic interactions between UV and visible radiation and biologic matter, (2) the optical properties of human skin, and (3) normal and abnormal responses to UV radiation. Basic principles of selected aspects of immunology and photobiology are explained. Section II, Experimental Photoimmunology, describes molecular, cellular, animal, and human studies in photoimmunology. Section III, Clinical Photo­ immunology, presents evidence of the involvement of photoimmunologic mechanisms in diseases of the skin and blood and examines the possible involve­ ment of immunologic mechanisms in therapeutic photomedicine. The funda­ mental principles outlined in this book should prove useful for decades to come. However, our expectation is that the experimental data will be outdated in a short period of time. The potential of photoimmunology is great enough and the serious study of photo immunology is recent enough that this should be the case. This book is dedicated to the goal of continuing rapid growth in the field of photoimmunology .

The origin of this text was a request by industry and government to summarize the biological effects and to estimate the limits of safe exposure to longwave ul­ traviolet radiation. The specific issue was the safety of a small medium-pressure mercury arc designed to emit UV-A (NUVA-Lite, L. D. Caulk Co. , Milford, Delaware) for photopolymerization of resinous fillings used in dentistry. How-­ ever, the context grew to become a consideration of the risks and benefits to hu­ mans of electromagnetic radiation between the biologically active short UV and the visible spectrum. We have accumulated data from our own experimental work and from the literature and have attempted to put this information in the perspective of known biologic effects of ultraviolet radiation as it influences hu­ mans. Interest in the biological effects of longwave ultraviolet radiation is increas­ ing in all of the many scientific disciplines that make up the complex field of photobiology. In order to minimize the chance for error and personal prejudice and to maximize the use of expertise, each chapter has been reviewed by several authorities. Some of the contributions of this group led to significant alterations and creative additions to the chapter, and these persons deserve not only our sin­ cere gratitude but also recognition by the reader. These include Chapters 2 and 3: Dr. Robert E. Levin, Mr. Charles P. Comeau, Mr. Donald Gonser, Dr. David Sliney; Chapter 5: Dr. Jerry Williams, Dr. Robert Webb, Dr. Madhu A.

The origin of this text was a request by industry and government to summarize the biological effects and to estimate the limits of safe exposure to longwave ul­ traviolet radiation. The specific issue was the safety of a small medium-pressure mercury arc designed to emit UV-A (NUVA-Lite, L. D. Caulk Co. , Milford, Delaware) for photopolymerization of resinous fillings used in dentistry. How-­ ever, the context grew to become a consideration of the risks and benefits to hu­ mans of electromagnetic radiation between the biologically active short UV and the visible spectrum. We have accumulated data from our own experimental work and from the literature and have attempted to put this information in the perspective of known biologic effects of ultraviolet radiation as it influences hu­ mans. Interest in the biological effects of longwave ultraviolet radiation is increas­ ing in all of the many scientific disciplines that make up the complex field of photobiology. In order to minimize the chance for error and personal prejudice and to maximize the use of expertise, each chapter has been reviewed by several authorities. Some of the contributions of this group led to significant alterations and creative additions to the chapter, and these persons deserve not only our sin­ cere gratitude but also recognition by the reader. These include Chapters 2 and 3: Dr. Robert E. Levin, Mr. Charles P. Comeau, Mr. Donald Gonser, Dr. David Sliney; Chapter 5: Dr. Jerry Williams, Dr. Robert Webb, Dr. Madhu A.

When God created the world and all that is in it, he brought the concept of time into eternity. But with the entrance of sin and death during the fall of mankind, another form of time entered as well. This type of time is not attached to eternity, but it is a counterfeit production of Satan in his attempt to be God, and he''s offering the temporal-a deceiving place with no time.

God''s eternal life promises joy, peace, and life everlasting. However, Satan''s temporal time is a place where there is never enough time in the day-no time to reflect, meditate, or pray. Only by forcing ourselves away from this time-trap can we hope to see and hear God. Author John Stamos Parrish examines time as it relates to commonly pondered topics, such as:Time and time travelNature of lightStructure of the universeEvolution versus creationVisionsEnd times

The purposeful collection Far From the Shores of Galilee provides the opportunity to pull back from time. Each story is like a rest stop along life''s journey-a place to pause, reflect, and pray-a place where you can disconnect from the world and reconnect with God.

In this book we attempt to summarize the present state of knowledge in the field of photoimmunology and to provide the background necessary to put this knowledge into perspective. This objective requires descriptive overviews in photobiology, immunology, and dermatology. Our hope is to facilitate interdis­ ciplinary communication and to stimulate interest in photoimmunology. Section I, Principles of Photoimmunology, describes (1) basic interactions between UV and visible radiation and biologic matter, (2) the optical properties of human skin, and (3) normal and abnormal responses to UV radiation. Basic principles of selected aspects of immunology and photobiology are explained. Section II, Experimental Photoimmunology, describes molecular, cellular, animal, and human studies in photoimmunology. Section III, Clinical Photo­ immunology, presents evidence of the involvement of photoimmunologic mechanisms in diseases of the skin and blood and examines the possible involve­ ment of immunologic mechanisms in therapeutic photomedicine. The funda­ mental principles outlined in this book should prove useful for decades to come. However, our expectation is that the experimental data will be outdated in a short period of time. The potential of photoimmunology is great enough and the serious study of photo immunology is recent enough that this should be the case. This book is dedicated to the goal of continuing rapid growth in the field of photoimmunology .

In this book we attempt to summarize the present state of knowledge in the field of photoimmunology and to provide the background necessary to put this knowledge into perspective. This objective requires descriptive overviews in photobiology, immunology, and dermatology. Our hope is to facilitate interdis­ ciplinary communication and to stimulate interest in photoimmunology. Section I, Principles of Photoimmunology, describes (1) basic interactions between UV and visible radiation and biologic matter, (2) the optical properties of human skin, and (3) normal and abnormal responses to UV radiation. Basic principles of selected aspects of immunology and photobiology are explained. Section II, Experimental Photoimmunology, describes molecular, cellular, animal, and human studies in photoimmunology. Section III, Clinical Photo­ immunology, presents evidence of the involvement of photoimmunologic mechanisms in diseases of the skin and blood and examines the possible involve­ ment of immunologic mechanisms in therapeutic photomedicine. The funda­ mental principles outlined in this book should prove useful for decades to come. However, our expectation is that the experimental data will be outdated in a short period of time. The potential of photoimmunology is great enough and the serious study of photo immunology is recent enough that this should be the case. This book is dedicated to the goal of continuing rapid growth in the field of photoimmunology .

The origin of this text was a request by industry and government to summarize the biological effects and to estimate the limits of safe exposure to longwave ul­ traviolet radiation. The specific issue was the safety of a small medium-pressure mercury arc designed to emit UV-A (NUVA-Lite, L. D. Caulk Co. , Milford, Delaware) for photopolymerization of resinous fillings used in dentistry. How-­ ever, the context grew to become a consideration of the risks and benefits to hu­ mans of electromagnetic radiation between the biologically active short UV and the visible spectrum. We have accumulated data from our own experimental work and from the literature and have attempted to put this information in the perspective of known biologic effects of ultraviolet radiation as it influences hu­ mans. Interest in the biological effects of longwave ultraviolet radiation is increas­ ing in all of the many scientific disciplines that make up the complex field of photobiology. In order to minimize the chance for error and personal prejudice and to maximize the use of expertise, each chapter has been reviewed by several authorities. Some of the contributions of this group led to significant alterations and creative additions to the chapter, and these persons deserve not only our sin­ cere gratitude but also recognition by the reader. These include Chapters 2 and 3: Dr. Robert E. Levin, Mr. Charles P. Comeau, Mr. Donald Gonser, Dr. David Sliney; Chapter 5: Dr. Jerry Williams, Dr. Robert Webb, Dr. Madhu A.

The origin of this text was a request by industry and government to summarize the biological effects and to estimate the limits of safe exposure to longwave ul­ traviolet radiation. The specific issue was the safety of a small medium-pressure mercury arc designed to emit UV-A (NUVA-Lite, L. D. Caulk Co. , Milford, Delaware) for photopolymerization of resinous fillings used in dentistry. How-­ ever, the context grew to become a consideration of the risks and benefits to hu­ mans of electromagnetic radiation between the biologically active short UV and the visible spectrum. We have accumulated data from our own experimental work and from the literature and have attempted to put this information in the perspective of known biologic effects of ultraviolet radiation as it influences hu­ mans. Interest in the biological effects of longwave ultraviolet radiation is increas­ ing in all of the many scientific disciplines that make up the complex field of photobiology. In order to minimize the chance for error and personal prejudice and to maximize the use of expertise, each chapter has been reviewed by several authorities. Some of the contributions of this group led to significant alterations and creative additions to the chapter, and these persons deserve not only our sin­ cere gratitude but also recognition by the reader. These include Chapters 2 and 3: Dr. Robert E. Levin, Mr. Charles P. Comeau, Mr. Donald Gonser, Dr. David Sliney; Chapter 5: Dr. Jerry Williams, Dr. Robert Webb, Dr. Madhu A.